Ieee embedded 2015_16

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IEEE2015-ROBOTICS8051PICARM7
CODE TITLE APPLICATION / DESCRIPTION
ROB01
Online High-Precision Probabilistic
Localization of Robotic Fish Using
Visual and Inertial Cues
Application: Seashore monitoring
Description: In this paper, a wireless underwater fish robot system is
designed for underwater mobile robot system. Here zigbee is used for
controlling the robot.
ROB02
A Sensor-Based Dual-Arm Tele-
Robotic System
Application: Humanoid Robot
Description: This robot having the pick and place two arm robot .In the
proposed system, interfacing the two arm robot with pic controller
through the driver circuit. In this we using the MEMS sensor to control
the robot action based on the hand signal.
ROB03
High-Speed Automated
Manipulation of Micro objects Using
a Two-Fingered Micro hand
Application: Super Droid Robot
Description: This robot having the pick and place arm for pick small
micro things. In the proposed system, interfacing the pick and place
robot with micro controller through the driver circuit. The robot
navigation and operations should be controlled by Zigbee technology
and also RF remote communication
ROB04
Control of a Snake Robot for
Ascending and Descending Steps
Application:SmartSurveillance
Description: In this paper, we propose a new snake-like robot for
surveillance. It can move in any direction by a proper combination of
motor and relays. The mechanism constructed using DC motors; the
motors are actuated by electro mechanical relays. By actuating the proper
relays,thesnakerobotismadetomoveinnarrowregions
ROB05
Occlusion-Based Cooperative
Transport with a Swarm of Miniature
Mobile Robots
Application:SwarmRobot
Description : We propose a new transport robot to bush the load to
certain goal using controller, LCD, TRANSPORT mobile robot, ultrasonic
sensor. In the goal is set by RF. In the robot section whenever RF
communicate it move to the certain distance and direction continuous, it
detectthegoalbyultrasonicsensor.
ROB06
Towards a New Modality-
Independent Interface For a Robotic
Wheelchair
Application: Swarm Robot
IDescription: In this project micro controller connected to MEMS,
motion detection, eye blink Sip and 2 axis robot. In this project we are
implement to help the disabled persons .Motion detection sensor used
for detect the head motion. Eye blink sensor used to detect the no of
blinks.
ROB07
Human-Like Motion Generation and
Control for Humanoid's Dual Arm
Object Manipulation
Description : In this project micro controller connected to MEMS, motion
detection, Two arm motion robot. In this project the robot acts as human
like movements. Motion detection sensor used for detect the human
motiontherobotmoveforwardorbackwardoperations.
ROB08
Robot Guided Crowd Evacuation Application: Swarm Robot
Description: In this project microcontroller connected to PIR Sensor
and direction robot. In this project based on the people crowd the
robot guide the people in auditorium which room is free to allocate the
people. In this project 4 PIR sensor is used to represent the entrance
and three room in the auditorium.
ROB09
Bio-inspired Group Modeling and
Analysis for Intruder Detection in
Mobile Sensor/Robotic Networks
Application:MobileRobot
Description: Concept of this project is detecting the intruder in the
restricted area and if he violates it. Using this system, we watching the
intruder through the web camera, it is continuously monitored in PC.
These images are captured by image processing through MATLAB. If the
unauthorizedcodereceivedfromrobotsection

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IEEE2015-ROBOTICS8051PICARM7IEEE2015-Automation8051PICARM7
ROB10
Efficient Road Detection and Tracking
for Unmanned Aerial Vehicle
Application:Automation
Description: The paper presents the real time embedded
implementation of this mapping system on a small Unmanned Ground
Vehicle (UGV) to support real time obstacle avoidance. The UGV is
controlled by using a RF remote, according to the command from the RF
remote the UGV can navigate in the ground.
ROB11
A Robust Real-Time Vision System for
Autonomous Cargo Transfer by an
Unmanned Helicopter
Application:Machinevision
Description: In order to reduce the complexity of the helicopter control,
this paper constructs an flight control platform for a small micro
helicopter, which is convenient for load carrying from one place to
another place. The coaxial helicopter controlled from the control
section using wireless communication
ROB12
An Ultrasonic and Vision-Based
Relative Positioning Sensor for Multi
robot Localization
Application:Machinevision
Description: Concept of this project is to align the robot at particular
distance and particular direction. In this project we use pic controller,
zigbee, ultrasonic sonic sensor, LCD and robot mechanism. In this
project based on the values from the ultrasonic and IR sensor the robot
is align at particular area without any collision between the robot.
ROB13
Artificial Co-Drivers as a Universal
Enabling Technology for Future
Intelligent Vehicles and
Transportation Systems
Application: Automation
Description: In this project using PIC controller to monitor and control
the behavior of vehicle unit using break sensor, and ultrasonic sensor
using zigbee. In this we are going to avoid the accident in rash driving.
ROB14
Robust Control of a Miniature
Ducted-Fan Aerial Robot for Blind
Navigation in Unknown Populated
Environments
Application:DomesticRobot
Description: In this project using controller and ARM to monitor and
control the behavior of vehicle unit using PIR sensor, and ultrasonic
sensor using CAN communication protocol. In this we are going to avoid
the accident and automatic route to the vehicle unit.
ROB15
Effects of Vibrotactile Feedback on
Human Learning of Arm Motions
Application:SuperDroidRobot
Description: In this project microcontroller, pick and place robot, APR
voice and keypad are used. In this project the robot is used to teach the
humans. Based on the input from the keypad the robot hand write the
particular character or numbers with also voice. We can give input from
keypad
AM01
Primary-Side Power Flow Control of
Wireless Power Transfer for Electric
Vehicle Charging
Application:Energymanagement
Description: In proposed system we are using micro controller which is
interface with 2-axis robot and LCD. Here we are used wireless
transmitter which is transfer the supply from one node to another
node. Vehicle section itself receiver module will be present.
AM02
On Curve Negotiation: From Driver
Support to Automation
interface with DC motor and LCD. Here matlab input is given to the
controller. Matlab part is used to getting the curve path condition.
AM03
Energy Exchange Between Electric
Vehicle Load andWind Generating
Utilities
interface with dc motor and LCD. Vehicle getting supply battery which is
charge from renewable source(wind). Vehicle control through switches

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AM04
Multi objective Vehicle Routing
Problems With Simultaneous
Delivery and Pickup
Application:AmbientIntelligence
Description: In proposed system we are using PIC16f887a which is
interface zigbee and ultra sonic sensor. Zigbee used to giving the input
for vehicle road path direction. Ultra sonic sensor is used to detect the
obstacles and distance
AM05
Diffraction-Compensating Coded
Aperture for Inspection in
Manufacturing (PIPE CRAWLING)
Application:PowerplantIndustries
Description: The proposed system uses the microcontroller. The robot
controlling part fully based on wireless protocol Zigbee. Using from PC
we are giving the commands for robot operating purpose.
AM06
Energy-Efficient Control Strategies
for Machine Tools With Stochastic
Arrivals
Description: To attain our concept need to use controller, voltage
sensor, current sensor, speed sensor, LCD and induction motor. Speed
value is obtained from speed Sensor. Voltage and current sensor are
also interfaced with the microcontroller. Based on the sensor values
power, efficiency, torque also calculated. Calculated values are sends to
AM07
An Automated Test Generation
Technique for Software Quality
Assurance
Description: In the proposed system at the very first the farmer
information is noted down. The microcontroller is attached with a RFID
reader. Each farmer is given an RFID card for unique identification.
AM08
Path-Constrained Motion Analysis:
An Algorithm to Understand Human
Performance on Hydraulic
Manipulators
Application:SuperdroidRobot
Description: In the proposed system, JCB will controlled by wireless
communication. Zigbee is used for sharing the information with the
speed of 2.4GHz. This is the fast communication for performing the
particular operation.
AM09
A Practical Wireless Attack on the
Connected Car and Security Protocol
for In-Vehicle CAN
Application:AutomobileIndustries
Description: In the proposed system whenever the vehicle is started, a
msg with the GPS coordinate of the location of the vehicle is sent as an
SMS to the owner's number. On receiving the message the owner can
send a reply to lock or antilock that is stop the vehicle or allow the
vehicle to run.
AM10
Central Electric-Motoring-Assisted
Handling Control System for
Electrified Vehicles
Application:EnergyManagement
Description: In the proposed system we are interface speed sensor,
keypad, GSM and Bluetooth with micro controller. Here vehicle speed
control through 4 modes. Selection key used to select the mode. Such
as 1.keypad mode, 2. GSM mode , 3.Blutooth mode and 4.sensor mode
AM11
Detection of U.S. Traffic Signs Application:AmbientIntelligence
Description: In this project we are discussing about automatic detection
of U.S. traffic signs. The watching of Traffic sign is necessity during in the
driving. But they fail to watch the sign this causes fine paying are occur
to driver, it is avoid by developing automatic detection system. The
camera is used to capture the image of traffic sign then it gives to image
AM12
Designing Steering Feel for Steer-by-
Wire Vehicles Using Objective
Measures
Description: In this project grip sensor interface with pic controller and
covered with steering. which is used to monitoring the grip of the
vehicle steering. If driver is not properly hold the steering, speaker will
intimating to driver.
IEEE2015-Automation8051PICARM7

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AM13
Wireless Sensor Networks for
Condition Monitoringin the Railway
Industry: A Survey
Application:SuperdroidRobot
Description: This system involves the design of crack finding robot for
finding cracks in railway tracks. Here the microcontroller is interfaced
with Robot, Zigbee, GPS, LCD and crack sensor
AM14
Integrated Indoor Navigation System
for Ground Vehicles With Automatic
3-D Alignment and Position
Initialization
Application:AutomobilesIndustries
Description: The proposed system utilizes RFID based localization
without using GPS receiver. The RFID tags are patched in floor in each
zone and the robot has the RFID reader connected to it. Whenever the
RFID reader nears a tag, it reads the data from the tag. According to the
data received from tag,
AM15
Constrained Global Path
Optimization for Articulated Steering
Vehicles
Description: This article proposes a new, efficient path-planning
algorithm for articulated steering vehicles operating in semi structured
environments, in which obstacles are detected by the vehicle's sensors.
WI01
Implementation of a Wireless ECG
Acquisition SoCfor IEEE 802.15.4
(ZigBee) Applications
Application:Bio-Gadgets
Description: This paper presents a wireless biosignal acquisition
system-on-a-chip specialized for ECG monitoring. The proposed system
consists of three subsystems, namely, 1) the ECG acquisition node, 2)
the protocol for standard ZigBee system, and 3) the RF transmitter
circuits.
IEEE2015-Wireless8051PICARM7
WI02
A Zigbee-Based Animal Health
Monitoring System
Application:SmartMonitoring
Description: An animal health monitoring system for monitoring the
physiological parameters, such as rumination, body temperature, and
heart rate with surrounding temperature and humidity. The developed
system can also analyze the stress level corresponding to thermal
humidity index.
WI03
Design and Application of a VOC-
Monitoring System Based on a
ZigBee Wireless Sensor Network
Description: The primary aim of this paper is to design a low-power
ZigBee sensor network and inter node data reception control
framework to use in the real-time acquisition and communication of
data concerning air pollutant levels from VOCs. The design is based on
the microcontroller and ZigBee module,
WI04
Charging Time Characterization for
Wireless RF Energy Transfer
Description: Wireless energy transfer to the onboard energy storage
element using dedicated RF energy source has the potential to provide
sustained network operations by recharging the sensor nodes on
demand. Different from classical capacitor-charging operation, the
incident RF waves provide constant power to the storage element,
WI05
Real-time Fire Detection for Video
Surveillance Applications using a
Combination of Experts based on
Color, Shape and Motion
Application:ImageProcessing
Description: In this paper, we propose a method that is able to detect
fires by analyzing videos acquired by surveillance cameras. Two main
novelties have been introduced. First, complementary information,
based on color, shape variation, and motion analysis, is combined by a
multi expert system. Second,
WI06
C-Band SAR Backscatter Evaluation
of 2008 Gallipoli Forest Fire
Application:GreenHouse
Description: In this Paper, C-band VV polarization synthetic aperture
radar (SAR) backscatter response to a forest fire was evaluated against
burn severity estimated by the Land sat difference Normalized Burn
Ratio products. Temporal evaluation of backscatter change with respect
to various pre- and post fire conditions showed a noticeable sensitivity

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WI07
ZigBee-Based Communication
System for Data Transfer Within
Future Microgrids
Description: A wireless data communication system for future micro
grids is presented in this paper. It is assumed that each MG has a central
controller and each distributed generation unit in the MG has a local
controller. The communication system is responsible for transmitting
and receiving data amongst these controllers.
WI08
A Blind Zone Alert System Based on
Intra-Vehicular Wireless Sensor
Networks
Description: Due to the increasing number of sensors deployed in
modern vehicles, intra-vehicular wireless sensor networks have recently
received a lot of attention in the automotive industry, as they can
reduce the amount of wiring harness inside a vehicle. By removing the
wires, car manufacturers can reduce the weight of a vehicle
WI09
Wireless Power Transfer for Electric
Vehicle Applications
Description: This paper reviewed the technologies in the WPT area
applicable to EV wireless charging. By introducing WPT in EVs, the
obstacles of charging time, range, and cost can be easily mitigated.
Battery technology is no longer relevant in the mass market penetration
of EVs. It is hoped that researchers could be encouraged by the state-of-
WI10
Investigating Wireless Charging and
Mobility of Electric Vehicles on
Electricity Market
Description: In this paper, we study a critical yet open problem for this
application, i.e., the impact of wireless charging and mobility of EVs on
the wholesale electricity market based on locational marginal price
which is mainly determined by the EV mobility patterns.
WI11
A Low Cost, Highly Scalable Wireless
Sensor Network Solution to Achieve
Smart LED Light Control for Green
Buildings
Application:Greenhouse
Description: This paper proposes a low cost, wireless, easy to install,
adaptable, and smart LED lighting system to automatically adjust the
light intensity to save energy and maintaining user satisfaction. The
system combines motion sensors and light sensors in a low-power
wireless solution using Zigbee communication.
WI12
A Low-Power Wireless Sensor for
Online Ambient Monitoring
Application:IOT
Description: This paper presents the development of a compact
battery-powered system that monitors the carbon dioxide level,
temperature, relative humidity, absolute pressure, and intensity of light
in indoor spaces, and that sends the measurement data using the
existent wireless infrastructure based on the zigbee standards.
WI13
Passive and Semi-Passive Wireless
Temperature and Humidity Sensors
Based on EPC Generation-2 UHF
Protocol
Description: This paper proposes passive and semi-passive wireless
temperature and humidity sensors based on electronic product code
global Class-1 Generation-2 UHF communication protocol. The wireless
sensors consist of a sensor key chip and off-chip temperature and
humidity sensors.
WI14
An Approach of Reliable Data
Transmission With Random
Redundancy for Wireless Sensors in
Structural Health Monitoring
Description: The proposed method includes two coding stages: 1) a
source coding stage to compress the natural redundant information
inherent in SHM signals and 2) a redundant coding stage to inject
artificial redundancy into wireless transmission to enhance the
transmission reliability.
WI15
Wireless Resource Allocation in Next
Generation Healthcare Facilities
Application:BioSecurity
Description: Healthcare facilities with intelligent wireless devices can
reduce the workload of the paramedic staff. These devices include low-
power wireless sensors, personal wireless hub, and receivers. The PWH
can act as a relay in the hospital network.

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IEEE2015-GSM&GPS8051PICARM7
GP01
Understanding Taxi Service
Strategies From Taxi GPS Traces
Description: In this proposed system, we are going to design an
automatic call taxi booking system using GSM technology.
This system automatically sends the booking status as a SMS (Short
messageservice)
GP02
Real-Time GPS Precise Point
Positioning-BasedPerceptible Water
Vapor Estimation forRainfall
Monitoring and Forecasting
Application:GreenMachine
Description: In our project we estimate weather condition with location
by using pic16f877a controller, GPS, GSM, and humidity sensor.
GP03
Traffic Sensing Through MATLAB Application:ImageProcessing
Description: In this system we estimate the traffic level before entering
the traffic section by using ARM controller MATLAB, GPS and Zigbee.
The camera is used to capture the image in traffic section by using
MATLAB
GP04
Implementing Intelligent Traffic
Control System forCongestion
Control, Ambulance Clearance,And
Stolen Vehicle Detection
Description: In the proposed system to improve the existing system a
new Green wave system is developed. In which the traffic signal
management for emergency vehicle is include. To make the proposed
system to work, each and every vehicle going for registration is provided
with a RFID tag
GP05
Energy-Efficient Models of
Sustainable Location for vehicle
Inspection Station with Emission
Constraints
Application:Automotive
Description: In our project we detect the vehicle which is pollute our
atmosphere for that we use controller,CO2 sensor ,GPS and GSM
GP06
Energy-Efficient Real-Time Human
Mobility State Classification Using
Smart phones
Description: In this proposed system, the exact location of the moving
person is get by using MEMS technology. Here MEMS accelerometer,
GPS, GSM are interfaced with 8051 microcontroller.
GP07
Sensed: Sensing Driving Conditions
to Estimate Vehicle Speed in Urban
Environments
Description: In our proposed system we estimate vehicle speed in
urban environment and also if accident is occur then send the vehicle
information to the hospital. This process is achieved by using
PIC16F877A controller, GSM, GPS, speed sensor, vibration sensor, and
driver circuit, motor.
GP08
Automatic detection and notification
of potholes and humps on roads to
aid drivers
Description: In our proposed system we detect the pothole in the roads
by using PIC16F877A microcontroller, ultrasonic sensor, GPS, GSM, and
APR IC.
GP09
A Smart Phone-Based Pocket Fall
AccidentDetection, Positioning, and
Rescue System
Description: In our project we make the system for elder people by
using the micro controller, MEMS accelerometer, GPS and GSM. Sensor
is used to find out the fall detection

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GP10
A Methodology for Denoising and
Generating Bus Infrastructure Data
Description: In our project bus stop itself we find where our required
bus present now, by using arm controller, voice recognition kit, GPS and
GSM. Our required bus number is we intimate to the controller using
voice recognition kit
GP11
Miniature Folded Patch GPS Antenna
for Vehicle Communication Devices
Description: In our proposed system is used for travels because in tours
and travels section we have number of keys each key for some
particular vehicle.
GP12
Road-Network Aware Trajectory
Clustering: Integrating Locality, Flow,
and Density
Application:Domestic
Description: To attain our concept need to use microcontroller, camera,
GSM, pc and LCD. Camera is used to capture the image of the traffic,
with the help of MATLAB controller estimate the traffic level.
GP13
A Compressive Sensing Approach to
Describe Indoor Scenes for Blind
People
Application:MachineVision
Description: In this project we are discussing about compressive
sensing approach to describe Indoor scenes for blind people. The
camera is used to capture the object and images are processed via
image processing and after that APR voice process intimates what type
object are in there.
GP14
Indoor Tracking: Theory, Methods,
and Technologies
Application:MachineVision
Description: In this project we are discussing about indoor tracking
system. It generally tracks the humans inside the shopping complex by
innovative method. This method consists of RFID technology, before
entering in the complex each tag is assigned for each persons.
GP15
Fall Detection Based on Body Part
Tracking
Description: In our project we detect the fall based on body tracking by
using microcontroller, patient fall detection sensor, GPS and GSM.
Whenever the elder people are fall that is detected by fall sensor and
give the input to the controller and alarm is switch ON.
CE01
Synergistic Change Detection and
Tracking
Application:Defense
Description: In the proposed system the detection of culprits in the
defense can be made easy. As the term 'Synergistic' means combining
of two parameters so that efficiency to be improved. So in the proposed
system matlab and embedded are combined to implement
CE02
Unknown Tag Identification in Large
RFID Systems: An Efficient and
Complete Solution
Application:Defense
Description: In the proposed system it is mainly used in the shopping
malls. In shopping malls particular place is allocated for particular
object. Also for every object we include RFID. Whenever we scan the
object it automatically indicates where we want to place that particular
objects by the PC using ZIGBEE.
CE03
Global Sensor Deployment and Local
Coverage-Aware Recovery Schemes
for Smart Environments
Application:Ambientintelligence
Description: In the proposed system it is mainly used for waste
management. . In this system at the dustbin level sensor(to sense the
dust level in the dustbin), Temperature sensor(to find temperature), gas
sensor(if any dangerous gases are evolving) can be used.
IEEE2015-ConsumerElectronics
8051PICARM78051PICARM7IEEE2015-GSM&GPS

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CE04
Use of an Inertial/Magnetic Sensor
Module for Pedestrian Tracking
During Normal Walking
Application:Smartsurveillance
Description: In proposed system, the MEMS and Foot sensor are
connected together in the foot wear. These sensors are connected with
the microcontroller which sends value via Zigbee module.
CE05
Integration of MEMS Inertial and
Pressure Sensors for Vertical
Trajectory Determination
Description: In the proposed system we can find the vertical height at
which we present. The pressure sensor senses the pressure of object in
the space. The gyroscope and accelerometer determines the exact spot
of the person or object in the space in 3-D view
CE06
PRLS-INVES: A General Experimental
InvestigationStrategy for High
Accuracy and Precision in Passive
RFID Location Systems
Description: In proposed system it is easy to identify particular spot
without disturbing others. In this system every place is assigned with a
RFID tag. The blind people are given RFID reader, so as to get updates of
the particular place.
CE07
Accurate and Efficient Object
Tracking based on Passive RFID
Description: In this project the airport luggage handling is totally
automatic. The RFID technology is used for luggage management. In the
luggage section before loading the luggage's each luggage's RFID is
stored in the microcontroller and send it to the Flight section.
CE08
Proximity Sensing Based on a
Dynamic Vision Sensor for Mobile
Devices
Application:Ambientintelligence
Description: The system integrates a camera, a microphone, a
computer, and a speaker for audio description of clothing patterns and
colors. The blind person has to tell the desired cloth color in the Mic. A
camera is used to capture clothing images
CE09
A Rule-based Service Customization
Strategy for Smart Home Context-
aware Automation
Application:Smarthome
Description: In the proposed system the automation plays a vital role.
Withthisautomation systemusercaneasilyperformhomeautomation.
CE10
Exploiting Passive RFID Technology
for Activity Recognition in Smart
Homes
Description: In proposed system the RFID technology is used to find the
object location. Hence by using RFID technology along with the voice it
is easy to identify the object
BIO1
PSMPA: Patient Self-Controllable and
Multi-Level Privacy-Preserving
Cooperative Authentication in
Distributed m-Healthcare Cloud
Computing System
Description: A physiological measurement platform is proposed for
enabling users to measure physical condition regularly and to maintain
good physical condition. The oxygen saturation is clipped in the finger of
the person. The ECG Sensor and BP are also fixed in the fore arms or
wrist of that person.
BIO2
An Implantable RFID Sensor Tag
toward Continuous Glucose
Monitoring
Description: In this system, we report an exploration of the Self Health
Management system. The RFID technology used to monitor the glucose
level of a person. In this the project we are using the self power RFID
based glucose sensor strip is placed into the person body
IEEE2015-BIOMEDICAL
8051PICARM7IEEE2015-ConsumerElectronic8051PICARM7

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BIO03
Self-Powered Monitoring of
Repeated Head Impacts Using Time-
Dilation Energy Measurement Circuit
Application: Biometric Sensor
Description: In this system, we are going to monitor the sport person
physical parameters like head impact, respiration level and energy level
in their body using PIC Controller. If any parameter level will reach the
threshold limit.
BIO04
Current and Future Challenges in
Point-of-Care Technologies: A
Paradigm-Shift in Affordable Global
Healthcare With Personalized and
Preventive Medicine
Application: Health Care Management
Description: In this system, we report the design and development of a
wireless sensor network for biomedical application. The human
machine interface algorithm is used here to design a medical box which
is very helpful for the patients
BIO05
Intelligent Disease Self-Management
with Mobile Technology
Application: Bio-Gadgets
Description: In this system, we report an exploration of utilizing latest
technique to monitor the Blood Pressure, glucose, pulse and
temperature of a person. We are using Blood Pressure sensor which is
interfaced with the Microcontroller
BIO06
Smartphone-Centric Ambient
Assisted Living Platform for Patients
Suffering from Co-Morbidities
Monitoring
Application: Ambient Intelligence
Description: In this system, we are going to monitor the coma patient
using pic microcontroller. The eye blink and motion sensor used to
monitor the eye blink and movement of the coma patient and intimate
to monitor section using zigbee.. The data are displayed in the LCD and
if any abnormal occurs then alert signal
BIO07
An Analysis of RFID Authentication
Schemes for Internet of Things in
Healthcare Environment Using
Elliptic Curve Cryptography
Application: Bio Security
Description: In this system, we report an exploration of the Self Health
Management system. The RFID technology used here to store the data's
of a person. The Weight, glucose, BP and Temperature of a person have
been stored in the controller based on the database
BIO08
A Precise RFID Indoor Localization
System with Sensor Network
Assistance
Application: Smart home
Description: In the proposed system, patient will always hold the RF
tags. For example, if the patient is in the scanning room the RF reader
inside the room reads the tags of the patient and sends the location to
the PC through the ZIGBEE transmitter
BIO09
Real-Time Closed-Loop Control of
Human Heart Rate and Blood
Pressure
Application: Smart monitoring
Description: In this system, we use the heart rate and blood pressure
sensors are attached with the patient who rest on the bed. During the
Prolonged bed rest has significant negative impacts on the human body,
particularly on the cardiovascular system (i.e. Change in the blood
pressure and heart rate).
BIO10
Evaluation of Pressure Bed Sensor
for Automatic SAHS Screening
Description: The proposed system is a pressure bed sensor (PBS) that
incorporates multiple pressure sensors into a bed mattress to measure
several physiological signals of the sleeping subject: respiration; heart
rate; and body movements. The recordings of the sensor readings
suspected problems are analyzed and if abnormal is present it will
BIO11
The Development of a Blood Leakage
Monitoring System for the
Applications in Hemo dialysis
Therapy
Application: Health care Management
Description: In this system, breathe sensor and heart rate sensor are
attached with the each person's body and the pressure sensor is placed
on the persons bed mattress. The continuous monitoring of the three
sensor readings we can get the three different levels of readings by
analyzing the readings of the patient.

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IEEE2015-BIOMEDICAL8051PICARM7
BIO12
System Architecture for Low-Power
Ubiquitously Connected Remote
Health Monitoring Applications With
Smart Transmission Mechanism
Application: Energy Management
Description: In this system, we are going to monitor health condition of
human with less power. The Blood pressure sensor, Glucose sensor,
ECG, Heartbeat sensor and temperature sensor are used monitor the
health status of a patient.
BIO13
Automated Detection of Sleep Apnea
and Hypopnea Events Based on
Robust Airflow Envelope Tracking in
the Presence of Breathing Artifacts
Application: Bio Gadgets
Description: n this system, breathe sensor and heart rate sensor are
attached with the each person's body and along with the pressure
sensor. By continuous monitoring of the three sensor readings and by
analyzing the readings of the patient we can information regarding the
respiratory problem.
BIO14
Behavior Rule Specification-Based
Intrusion Detection for Safety Critical
Medical Cyber Physical Systems
Application: Biometric Security
Description: In this system, we use the temperature sensor, pressure
sensor, breathe sensor, pulse sensor are attached with the patient. The
sensor will continuously send the readings to the microcontroller.
Whenever the readings are to be varied the microcontroller will activate
the alert system
BIO15
A Semantically Enriched Clinical
Guideline Model Enabling
Deployment in Heterogeneous
Healthcare Environments
Application: Health care Management
Description: This paper presents a system that can be used to monitor
the hospital environment . The temperature sensor is used to monitor
the temperature, humidity sensor is used to measure cooling level, gas
sensor is used to measure the any abnormal odour in surrounding, level
sensor is used to measure the level of dust pin and color sensor is used
ROS01
An Assistive Navigation Framework
for the Visually Impaired
Application: Consumer applications
Description: In this proposed system, facilities like detection of any
obstacles, whether the detected obstacle is a stationary or a moving
object, then arrival of any bus, the traffic signal indication are provided
to the visually challenged people continuously using a voice recording
and play back module
IEEE2015-REALTIMEOPERATINGSYSTEM(RTOS)
ROS02
Integrated Sensing Systems and
Algorithms for Solid Waste Bin State
Management Automation
Application: Green house
Description: In the proposed system it is mainly used for waste
management. Basically in a city there are number of dustbins. It is very
difficult for the corporation to monitor and clean every dustbin. So to
overcome this problem our project can be implemented
ROS03
Performance Analysis and Modeling
ofSoil Moisture of Irrigation Crop
land
Application: Agriculture
Description: In the proposed system we need to manage irrigation
system by checking the soil moisture in field using RTC(real time clock)
is used for scheduling power to a distribution network. Current sensor is
used for protect the device from damages and maintain the soil
moistureness
ROS04
Automated Health Alerts Using In-
Home Sensor Data for Embedded
Health Assessment
Application: Bio-medical
Description: In this system, we report an exploration of utilizing latest
technique to monitor the Blood Pressure , glucose , pulse and
temperature of a person. While monitoring there is any abnormal
condition is happened the system will send the message to the
appropriate persons that should be the doctor also
ROS05
Noninvasive Monitoring Device to
Evaluate Sleep Quality at Mining
Facilities
Application: Security alert System
Description: In this system, breathe sensor and heart rate sensor are
attached with the each person’s body and along with the pressure
sensor. By continuous monitoring of the three sensor readings and by
analyzing the readings of the patient we can information regarding the
respiratory problem.

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IEEE2015-REALTIMEOPERATINGSYSTEM(RTOS)
ROS06
Minimizing the Disruption of Traffic
Flow of Automated Vehicles During
Lane Changes
Description: Here we are proposingsensor based vehicle counting, type
and speed of the vehicle The monitored data is send to control section
and data’s are stored
ROS07
Recommendations Supporting
Situation Awareness in Partially
Automated Driver Assistance
Systems
Description: In this project Automated Traffic avoidance of traffic and
major accident in the crowded area and emergency section. RF is used
to speed limit Zigbee is used on communication
ROS08
An Advanced Home Energy
Management System Facilitated by
Nonintrusive Load Monitoring With
Automated Multiobjective Power
Scheduling
Application: Power management
Description: Here current sensor is used for protect the devices from
faults like 1.over voltages 2.under voltage. If any one of the above
problem happens the device is automatically share or switch off the
device. Controller status and everything is displayed in LCD.
ROS09
GPRS based Local Coverage-Aware
Recovery Schemes for Smart
Environments
the landslide in particular areas. The micro controller is connected with
four types of sensors called as rain gauge sensor, gas sensor, fire sensor
and mems sensor
ROS10
Optimal Smart Home Energy
Management Considering Energy
Saving and a Comfortable Lifestyle
Application: Smart home
Description: In this paper, a multi objective mixed integer nonlinear
programming model is developed for optimal energy use in a smart
home, considering a meaningful balance between energy saving and a
comfortable lifestyle.
ROS11
Detection of Localized Bearing Faults
in Induction Machines by Spectral
Kurtosis and Envelope Analysis of
Stator Current
Application: Production industry
Description: In this paper, a wireless monitoring system forthree phase
induction motor is realized using Zigbeeprotocol, where wired
communication is either moreexpensive or impossible due to physical
conditions andhuman hazards for safe and economic
datacommunication in industrial fields.
ROS12
An optimization of low cost and high
efficient comorbidities patient
monitor
Description: This paper illustrates the design and implementation of an
e-health monitoring networked system. The architecture for this system
is based on smart devices and wireless sensor networks for real time
analysis of various parameters of patients
ROS13
Global health care for self-assistive
medibox and preventive medicine
Description: This paper presents a summary of discussions that took
place during the keynote presentations, panel discussions, and breakout
sessions on needs, challenges, and technology innovations in POC
technologies toward improving global healthcare.
EM01
Three Dimensional Conveyer With
Integrated Electrostatic Actuators
Application: Smart Industry
Description: In this system human power is not used therefore error is
less also required low time with provides highest security and greatest
flexibility. It is a reliable system compared to existing system.
IEEE2015-
MECHANISM

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IEEE2015-MECHANISM
EM02
The Amphibious Vehicle For Sea And
Seashore Monitoring
Application: Smart Surveillance
Description: In proposed system, vehicle which can run on both water
and soil.It can be used in navy security systems amphibious vehicle is
controlled via Bluetooth and water level sensor is used here tells
whether vehicle is going in water or in the soil.
EM03
Voice Based Control And Monitor Of
Intelligent Gear Mechanism
Application: Automobile Industries
Description: In the proposed system the automatic gear system is
controlled through voice. This gear system is controlled by using 8051 .
In the exist system manual gear is present .In proposed , we can
change the gear by automatic with help of voice .
EM04
High Reliable Glass Cleaning Robot
Servant For Software Company
Application: Domestic Robot
Description: In the proposed system the automatic glass cleaning robot
is controlled wirelessly through Zigbee. The proposed system uses the
AT89C51 microcontroller. The robot controlling part fully based on
wireless protocol Zigbee. Using from PC we are giving the commands
for robot operating purpose.
EM05
Intelligent And High Efficient Car
Parking In Shopping Mall
Description: This system is mainly used to find the parking place for the
car. The IR sensors are used to sense weather the car is present or not. The
IR sensor continuously sends IR signals. If the IR signal received means the
carisnotpresent&inthatplacewecanparkthecar
EM06
Self-Analysis And Control Of Alcohol
Detection System In Vehicles
Application:SecuritySystem
Description : In this system human power is not used therefore error is less also
required low space with provides highest security and greatest flexibility. No need for
energy intensive ventilating system It consists of one main display at the ground floor
which is basically counter that displays number of cars in each floor. In each slot consist
IRsensorwhichindicatethatparkingspaceisavailableornotonthatparticularslots.
EM07
A Probabilistic Approach To High-
Confidence Coconut Climbing Robot
Application: Agriculture Robot
Idescription: In the proposed system automatic coconut mechanism is
present.Completely automatic The proposed system uses the AT89C51
microcontroller. The robot controlling part fully based on wireless
protocol Zigbee. Using from PC we are giving the commands for robot
operating purpose
EM08
Optimal Mechanism Design OfShoe
Polishing Machine
Description : In proposed system, we develop the machine which is used
topolishtheshoeItcanbeusedinpublicandprivatesectors
EM09
Hand-Motion Crane Control Using
Radio Frequency Real-Time Location
Systems
Description: In this project, we are going to control the robot using
Zigbee technology. Inputs are getting from the touch screen and MEMS
sensor. This paper presents a new type of interface that allows
operators to drive a crane by simply moving a hand-held device
EM10
Research On The Oil TankOil
Dissipation System
Application:AutomobileIndustry
Description: This system is mainly used in finding oils in the vehicle
industry. By using viscosity sensor we are finding about the oils. If the oil is
perfectthenbyusingdrivermechanismoilisgoingtobedissipated.

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IEEE2015-MECHANISM
EM11
A Real Time Security System Using
Hover Craft In Defense
Description: This system is proposed to use as vehicle in military areas
for soldiers in the mission. The 8051 microcontroller is used to control
the interfaced module like Zigbee and dc motor. Dc motor is employed
for hover craft mechanism. Lcd is interfaced to update the status of the
system.
EM12
An Innovative Grass Cutter RobotFor
Agriculture Field
Description: In this proposed system we are cutting the grass of
agriculture fied using Robot there will be a cutter used to cut the grass
using cutter mechanism
EM13
Dynamic Vision Based Multilevel Car
Parking System
Application: Machine Vision
Description: This system is mainly used to find the parking place for the
car. The IR sensors are used to sense weather the car is present or not.
The IR sensor continuously sends IR signals. If the IR signal received
means the car is not present & in that place we can park the car
EM14
Automatic Planning And Coverage Of
Wall Painting Robot
Application:SuperDroidRobots
Description: This system is proposed as wall painting robot, to reduce the
complexity of the human and also reducing the labor cost. This system is
developed by interfacing of color sensor and automated wall painting
robotmechanism.
EM15
Detection And Analysis Of High Rise
Stationary Pipes
Description : In proposed system, we can design a new system to check
the material quality such as pipe, metal The robot controlling part fully
based on wireless protocol Zigbee. Using from PC we are giving the
commandsforrobotoperatingpurpose.
EM16
Low Cost Row Guidance Seeding And
Planting Robot
Idescription: This system is proposed as agriculture robot, it is mainly
used for putting the seed one by one on the former agriculture land.
This is developed by interfacing the dc motor and relay driver for
agriculture mechanism and Zigbee is used for manipulating the robot by
giving input from control section.
EM17
An Efficient Detection And Monitor
Of Vehicle Side Stand Alert System
Application: Safer Side
Description : In proposed system, side stand mechanism is used. The
mechanism checks the side stand of the vehicle and when it is about to be
operated by the vehicle holder, it will alert about the status of the side
standandtheheadlightofthevehicle.
EM18
Machine Vision Technique For Find
Out Defect In Orange
Application: Packing Industry
Description: Machine vision technique is used to find out the defects in
the fruits.To attain our proposed system need to use PIC16F877A
microcontroller, weight sensor MAX232, LCD, Buzzer and DC motor.
Quality of fruit finding out by MATLAB and give input to the
microcontroller.
EM19
Control Of A Snake Robot For
Ascending And Descending Steps
Description: In this paper, we propose a new snake-like robot for
surveillance. It can move in any direction by a proper combination of
motor and relays. The mechanism constructed using DC motors; the
motorsareactuatedbyelectromechanicalrelays.

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IEEE2015-MECHANISM
EM21
Intelligent Traffic Management
System
Application: Humanoid Robot
Description: In this system we are going to control the vehicle traffic by
a traffic robot. So here we are counting the vehicle density by the IR
sensor. Whenever vehicle crossing the IR sensor it will count as a digital
pulse that will send to microcontroller.
EM22
High Efficient Parallel Two Way
Conveyor Machine
Application: Production Industry
Description: This system is mainly used in two way conveyor machine to
move in both directions. It can be done by using water bottle. Generally
LED sends light to the water bottle. The light signal is received by using
the LDR.
EM23
Sophisticated Smart Umbrella For
Future Trends
Application: Modern Trends
Description: This projects is automatic mechanism of opening and
closing of umbrella in future hi – tech parks and hotels. When people
came near the umbrella ,PIR sensor sense the presence of human , then
automatically open the umbrella
EM24
Online High-Precision Probabilistic
Localization Robotic Fish Using Visual
And Inertial Cues
Application:SeashoreMonitoring
Description: In this paper, a wireless underwater fish robot system is
designed for underwater mobile robot system which is consists of two
parts. First is the underwater mechanical robot and the second is Zigbee
wirelessbased mobilerobot whichcontrolsand movesthefirstpart.
EM25
Intelligent Cooperative Control
System In Visual Welding Robot
Description : This system is mainly used for welding in industries. In this
system we are giving input via keypad. Whenever key is pressed based
upon the particular value the welding can be done by using the 3 axis
weldingmechanism
EM26
Energy Exchange Between Electric
Vehicle Load And Wind Generating
Utilities
Idescription: In proposed system, we can design a new system to
exchange the supply from renewable source to vehicles Vehicle getting
supply battery which is charge from renewable source(wind). Vehicle
control through switches. Controller needs 5v DC supply.
EM27
A New, Simple, Low-Cost, Modular
Arrangement Of High Power Factor
For Window And Wiper Mechanism
Application: Automobiles
Description : In this system PIC16F877A, LCD, gas, temperature, rain,
GSM, keypad, window mechanism, wiper mechanism and dc motor are
used. When anybody tries to unlock car door (by pressing key) it will send
randompasswordtoownermobile.Andthenitwaitsforpassword.
EM28
Quadruped Wall-Climbing RobotFor
Rescue
Application: Super Droid Robots
Description: A novel prototype of self-contained wall-climbing robot
used for special tasks such as rescue, inspection, surveillance and
reconnaissance is developed. The wheel-leg mechanism enable the
robot to achieve quick motion on wall surface, as well as obstacle-
spanning on wall surfaces and smooth wall-to-wall transitions
EM29
Automated Anesthesia Analyzing
System Based On Micro controller
Application:Biomedical
Description: This system is proposed as a automated anesthesia mgs
measuring system based on checking the human body parameter like
temperature, height and weight. This parameters are sense by
temperaturesensor,heightsensorandweightsensor.

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IEEE2015-
MECHANISM
EM30
Modeling And Optimization Of Heat
Exchanger Mechanism
Application: Smart Home
Description: We propose the system for to control the heat emission
from the silencer The main aim of this project is to control the heat
from the silencer. Due to ignorance some child , people gets hurt
because of that, In order to avoid such kind of acidential damage we
developed this project.
IOT1
Alternation usage and predication of
power by Embedded in an Internet-
of-Things Platform
Application: Energy management
Description: In proposed system, both renewable and non renewable
energy sources are used We can able to select to run the load, either
renewable or nonrenewable source This system is connected with the
energy meter and the connection from substation with load. The relay
is used to decide the source(renewable or nonrenewable) which the
IEEE2015-INTERNETOFTHINGS
IOT2
Iot Platform Based On Integration Of
patient Body Health Sensing And
Tele Medicine System
Application: Bio Medical
Description: In this system, with the use of ARM microcontrollers, we
have designed the system that can deliver drugs to the patient on time
and check patient bio-parameters without the presence of the Nurse.
The proposed system consists of two sections which are medi-box and
care section.
IOT3
An Analysis of patients RFID
Authentication Schemes for Internet
of Things in Healthcare Environment
Application:Biometricsecurity
Description: The proposed system is consist of patient module, security
module and monitor section to save the patients in hospital like dynamic
ways. In this system, we report an exploration of RFID security system for
the patients in the hospitals. The security section has voice recognition kit
interfaced with microcontroller.
IOT4
A complete Enriched Clinical hygienic
Enabling Deployment in
Heterogeneous Healthcare
Environments using IOT
Application:BioMedical
Description : This paper presents a system that can be used to monitor the
hospital environment. The temperature sensor is used to monitor the
temperature, humidity sensor is used to measure cooling level, gas sensor
is used to measure the any abnormal odor in surrounding, level sensor is
used to measure the level of dust pin and color sensor is used to measure
IOT5
A Novel Method for Fault Detection
of Three Phase Transmission Lines by
Wide-Area Voltage Measurements in
IOT
Idescription: The devices are enabled by wireless communication
(Zigbee).The fault that occurs at a particular distance of a particular
phase. Driver circuit is used to protect the device
IOT6
Behavior Rule Specification-Safety
Based on patient and instrument
Systems in IOT
Description : This system is mainly used to treatment of vips. In this
system, we use the heartbeat sensor, breathe sensor, pressure sensor, for
monitoring the patient health. PIR sensor for monitoring the person is
presentornot.
IOT7
Implementation of a Wireless Health
Acquisition System for IEEE 802.15.4
(ZigBee) Applications based on IOT
Description: This system is mainly used for people for jogging,
especially used for old people. The mems sensor is used to find weather
the person is running and how fast he is running . Based upon this the
ecg sensor, breathe sensor , glucose sensor senses the values and sends
to the microcontroller
IOT8
RFID based Advanced Technology for
security in smart homes using IOT
Application:Smarthome
Description: This system is mainly used to find security system for bank &
high security places. The rfid tag is given to authorized person. When the
rfid reader reads the information then he should type password. Then
only the door will open. Or the another way is he should go through finger
printsensor.

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IOT9
Monitoring Of Human
HealthCondition With Less Power
Smart Transmission Mechanism
Based On IOT
Description: In this system, we are going to monitor health condition of
human with less power. The Blood pressure sensor, Heartbeat sensor
and temperature sensor are used monitor the health status of a patient.
IOT10
An Anonymous Authentication
Scheme for theft vehicles and easy
Plugin charging for Electric Vehicles
Description: In the proposed system if any vehicle is lost it can be found
easily at charging section In the proposed system we are using the PIC
micro controller for the efficient monitoring.
IOT11
Reliable measurement for Analog
Metering system Using Image
Processing Technic
Description: To attain our proposed system need to use PIC16F877A,
RTC, LCD, analog energy meter, IR SENSOR. RTC is nothing but real time
clock it has information like time and date and calendar. Controller
reads the data from RTC.we fix the time in the RTC for certain period of
time(one day).
IOT12
Optimization of Renewable Energy
Sources and Energy StorageSystems
in Islanded Micro grids withIOT
Application:RenewableEnergyManagement
Description: In proposed system both renewable and non renewable
energy is used for generation.Current sensor is calculate the current use.
To attain our proposed system need to use PIC16F877A, RTC, current
sensor,solar,wind mill,battery, LCD,buzzer.
IOT13
The implementation of Nonintrusive
Power Supply Design for Self-
Powered Sensor Networks in the
Smart Grid to detect fault from AC
Power Line
Description : In the proposed system we are using the PIC micro controller
for the efficient monitoring system for ac load lines. In this we use three
sections. In the self -power sensor section use the solar renewable energy
forcurrentsensor.
IOT14
Implementation of Smart Sensor
Interface for water quality
monitoring in industry using IOT
Idescription: This paper presents a system that can be used to monitor
the water quality in industries. PH sensor used to measure the PH
content in the water. All sensors are connected on the microcontroller
and the status of the sensors is send to the control section continuously
IOT15
Implementation of WSN for
industrial parameter monitoring
based on Internet of Things (IOT)
Application: Automobiles Industries
Description : In proposed system, Temperature sensor, gas sensor and Ect
sensor are used to monitor the industrial parameter. These three sensors
are interfaced with PIC16F877A. This controller continuously processes
that sensor values and transmit this values to the intermediate node using
Zigbee.
IOT16
IOT based vehicle license plate
recognition system
Application: Security system
Description: In the proposed system Using MATLAB the vehicle’s License
Plate is identified. Using Web Camera mounted over the detection
system image of the license plate is captured and the image is
processed to extract the license no. Here we have designed the system
with the purpose to check traffic violation.
IOT17
Internet based monitoring and
Control Oil Reservoirs
Description: In proposed system, oil reservoirs are automatically
monitored by Flow sensor, temperature sensor, and viscosity sensor.
These three sensors are interfaced with microcontroller. These three
sensors are used to monitor the temperature, flow and viscosity of the oil.
in addition with this acoustic sensor is connected to the microcontroller.

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IEEE2015-RASPBERRYPI
IOT18
IOT Based Weather Report Application: Green house
the landslide in hill areas. The microcontroller is connected with four
types of sensors called as rain gauge sensor, moisture sensor, strain
gauge sensor and mems sensor. The rain gauge sensor is used to
measure the rain fall.
IOT19
Patient Health Management System
with IOT
Description: In this system, the PHM is designed to monitor the status
of the physical parameters While monitoring there is data updating is
happened the system will send the data to the monitoring section
IOT20
An ant+ protocol based health care
system
Description: In remote health care Body Area Networks (BAN) are very
popular but demand low energy consumption due to very constrained
resources. For it several protocols, such as ZigBee, BlueTooth, WiFi etc,
have been proposed but non has delivered the optimum results.
IOT21
Multi-hop wban construction for
healthcare IOTSystems
Application:Wirelesscommunication
Description: In the proposed system we have implemented a multi hop
wireless body area network (wban) is a highly suitable communication
tool for the medical iot devices. • We have impemented wban through
whichwecanmonitor&controlthepatientsconditioninremotearea.
IOT22
Powering the IOT: storage-less and
converter less energy harvesting
Description : In this project we introduce a novel energy harvesting and
management technique to power the IoT,which does not require any long-
term energy storages or voltage converters. we provide power
managementunit(PMU)forenergyharvesting
RAP01
Artificial Agents to Support Driver by
raspberry pi
Idescription: In proposed system we are using RASPBERRY PIwhich is
interface with dc motor and LCD. Here Matlabinput is given to the
controller. Matlab part is used to getting the curve path condition.
RAP02
comprehensive research study of the
detection of traffic signs by
raspberry pi
Description : In this project we are discussing aboutautomatic detection
of U.S. traffic signs. The watching of Traffic sign is necessity during in the
driving. But they fail to watch the sign this causes fine paying are occur to
driver,itisavoidbydevelopingautomaticdetection system.
RAP03
Artificial Steering Feel Is To
Synthesize Steering Feedback in
Vehicle by Raspberry Pi
Application: Automobiles
Description: In this project grip sensor interface with RASPBERRY PIand
covered with steering, Which is used to monitoring the grip of the
vehicle steering. If driver is not properly hold the steering , speaker will
intimating to driver
RAP04
Visual tracking in image streams
acquired by static cameras based on
change detection by raspberry pi
Application:Imageprocessing
Description: In the proposed system the detection of culprits in the
defense can be made easy.As the term ‘Synergistic’ means combining of
two parameters so that efficiency to be improved. So in the proposed
system matlab and embedded are combined to implement. Previously the
recognizedimagesarestoredindatabase

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IEEE2015-RASPBERRYPI
RAP05
An Approach of Data loss recovery in
wireless sensor network in Structural
Monitoring by raspberry-pi
Application: Machine vision
Description: In this system, we are going to monitor the highway using
camera. The images from the camera can be recognized and processed
and then send to the controller. The status of the highway is displayed
in the LCD
RAP06
Advanced metering infrastructure
(AMI) to improve system
observabilityThrough raspberry -piT
Description: To attain our proposed system need to use RASPBERRY PI,
RTC, LCD, analog energy meter. RTC is nothing but real time clock it has
information like time and date and calendar. Controller reads the data
from RTC.
RAP07
Future Infrastructure-Less Self-
Organizing Traffic Information
System By Raspberry -Pi
Description: In this system we estimate the traffic level before entering
the traffic section by using RASPBERRY PI, GPS and Zigbee. The camera
is used to capture the image in traffic section by using MATLAB process
we identify the traffic level, then GPS is used for to track the location
RAP08
Location-Based Services (Lbs) For
Road-Network Aware Trajectory
Integrate With Raspberry - Pi
Application:Smartmonitoring
Description: In the proposed system the vehicle is designed with voice
control along with automated obstacle avoidance. Using voice commands
the vehicle is navigated. The microcontroller connected with the voice
module kit recognizes the voice command and controls the vehicle
movementautomatically.
RAP09
Assistive technologies for blind
people to describe Indoor sensing by
raspberry-pi
Application:DomesticApplication
Description : In this project we are discussing aboutcompressive sensing
approach to describe Indoor scenes for blind people. The camera is used
to capture the object and images are processed via image processing and
afterthatAPR voiceprocessintimateswhattypeobjectareinthere
RAP10
Hybrid model based on Color, Shape
and Motion Detection for Video
Surveillance by raspberry-pi
Idescription: This system is mainly used in forest areas to monitor from
fire attack. The fire sensor senses small fire attack in the forests.
Camera then checks the height and motion of the fire. Then it is send to
micro controller
RAP11
An internet of things approach for
motion detection Using raspberry pi
Description : Internet of things is the communication of anything with any
other thing, the communication mainly transferring of useable data, for
exampleasensorinaroomtomonitorandcontrolthetemperature
RAP12
From RGB led laboratory to
servomotor control withWebsockets
and as educational tool
Application: Automobiles Industries
Description: There are different ways to control robots, but imagine
the case of controlling a robot miles and miles away through the
internet. This paper describes the use of internet to control the robotic
arm from a remote end by means of a visual feedback so the user can
see the movement of the robotic arm from anywhere
RAP13
Raspberry pi based global industrial
process Monitoring through wireless
communication
Application:AutomobilesIndustries
Description: This paper proposes an advanced system for process
management via a credit card sized single board computer called
raspberry pi based multi parameter monitoring .Hardware system
designed using RS232 and microcontroller that measures and controls
variousglobalparameters.

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IEEE2015-TELEMATICS
IEEE2015-POWERLINECOMMUNICATION
PC01
Next Generation
Narrowband(Under500khz Power
Line Communications(Plc) Standards
Description: In this proposed System to overcome the data losses, we
are using plc with 500 kHz for Smart Metering systems. Its two-way
communications that enable utilities to interact with meters and allow
customer awareness of electricity pricing on a real-time basis
PC02
User Friendly Monitoring System For
Residential Pvsystembased On Low
Cost Power Line Communication
Description: This paper describes a low-cost photovoltaic (PV)
monitoring system based on power line communication (PLC).For cost
reduction, the system adopts a baseband serial communication to
remove the modulation transceiver
PC03
Design And Implementation of smart
home control systems based on
wireless sensor networks and power
line communications
Application: Home auotmation
Description: This Paper proposed smart home control network is
substantially mitigated. Additionally, a smart control algorithm for
lighting systems and an analysis of the illumination of a fluorescent
lamp were presented.
PC04
Review on Design and
Implementation of Energy Efficient
Domestic LED Lighting System
Application: SmartHome
Description: This paper introduces a new LED Lighting Control System
designed to reduce energy consumption of Domestic appliances using
multi sensors and wireless technology. The system allows automatic
control of household appliances like lamps, fan, etc. through situation
awarenesssuchasusermovementorthebrightnessofsurrounding.
PC05
Efficiently Operating Wireless Nodes
Powered by Renewable Energy
Sources
Application:Renewableenergymanagement
Description : In proposed system, both renewable and non renewable
energy sources are used. we are using the PIC microcontroller for the
efficient energy meter monitoring system. This system is connected with
theenergy meterandtheconnectionfromsubstationwith load.
PC06
Cooperative JammingAided Robust
Secure Transmission for Wireless
Informationand Power Transfer in
MISO Channels
Idescription: In this system our concept need to use pic16f877a
controller, voltage sensor, current sensor, speed sensor, buzzer,
temperature sensor, LCD and induction motor. Speed value is obtained
from speed sensor.
TEL01
Photosensitive security system for
theft Detection and control using
gsm technology
Description : In this proposed design and development of a theft control
system for security lockers, homes, bank lockers, jewelry outlets, etc. The
proposed system consists of an LDR (Light Dependent Resistor) based
sensor which acts as an electronic eye for detecting the theft or attempt,
andasignalingprocedurebasedonSMS
TEL02
A survey of positioning techniques
and Location based services in
wireless networks
Description: In this paper, we explain the principles behind positioning
techniques used in satellite networks,mobile networks and Wireless
Local Area Networks. We also describe hybrid localization methods that
exploit the coexistence of several radio access technologies in the same
region, and we classify the location based services into several
TEL03
Smartphone centric ambient assisted
living platform for patients suffering
from comorbidities monitoring
Application:Bio-medical
Description: In this proposed system we are design and develop patients
monitoring who is suffering from comorbidites by using smart phone for
alert

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IEEE2015-LIFI
IEEE2015-TELEMATICS
TEL04
A Smart Sensor Network For Sea
Water Quality Monitoring
Application: Seashore monitoring
Description: In this project we present a network of smart sensors,
based on IEEE suite of standards, for in situation and in continuous
space-time monitoring of surface water bodies in particular for
seawater. we are using sensors like turbitity,conductivity,temperature
for efficient result. • In remote end we are monitoring result with use of
TEL05
Smartphone Devices for
Acquisition and Elaboration of Bio
signals
Application: Biometric Security
Description: In this system, the WBN is designed to monitor the status
of the physical parameters. While monitoring there is data updating is
happened the system will send the data to the monitoring section
TEL06
Real-Time Human Mobility
State Classification using
gsm technology
Description: In proposed system, we can design a new to system to get
the exact location of the moving person by MEMS technology. Using
this information the location map is generated by .net process. The LCD
is used to display the current process of the system.
TEL07
A Smart Phone-Based Pocket Fall
Accident Detection, Positioning, and
Rescue System
Description: In proposed system, we can design a new monitoring and
tracking system to provide the accident information to the rescue section
automatically by using GSM technology. when the person is fall then
sensor give input to the controller, immediately controller track the
location using GPS then send the information to the care giver and
LI01
Ecofriendly data transmission in
visible Light communication
Application:Go-Green
Description :The proposed system can be used in situations where a
household has many appliances with audio output such as TV, PC, Hi-fi
radio and phone systems • It consists of transmitter, free space channel
and the receiver. In the receiver side, solar panel is used instead of using
the photodiode receiver as they have the advantage of having a large
LI02
Smart home technologies usingvisibe
light communication
Idescription: Smart home technologies using data transmission are
presented. Smart home means controlling each and every home
appliance automatically without human intervention. Here we are using
a new technology of wireless communication “LIFI”.
LI03
A visible light communication link
protection mechanism for smart
factory
Description : Therefore, we proposed a connection protection
mechanism that cooperates with wireless network and visible light
communication to achieve reliability and performance in industrial
communicationnetwork.
LI04
An Indoor Broadband Broadcasting
System Based on VLC
Application: Domestic Appliances
Description: In proposed system we transmitting data via light with the
help of PLC and VLC systems. we transmitting the data from one place
to another with the help of LIFI transceiver. categories
LI05
Separate Dimming Controlling and
DataTransmission for an Indoor
Visible Light Communication System
Description: The proposed system can be used in restaurant wherever the
supplier serving to the customer. The proposed system consists of table
top transmitter section and customer table receiver section. Whenever
the customer reach the table, then PIR sensor sense the person
identification and led will change its condition from dim to bright. The LIFI

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IEEE2015-LIFI
LI06
Indoor MIMO Visible Light
Communications: Novel Angle
Diversity Receivers for Mobile Users
Application: Wireless communication
Description: The proposed system can be used in situations where a
house, hospitals that wherever the blind person are living in the place.
The proposed system consists of indoor transmitter section and blind
person receiver section. The transmitter section is kept in the indoor
and receiver section given to blind person
LI07
Experimental Biomedical ECG Signal
Transmission Using VLC
Application: Bio-Gadgets
Description: In proposed system, visible lights are used to transfer the
ECG data. Data rate is high compared to other communications. ECG
sensor is used to get the heart signal of the human and it is readily
transmitted by using the LIFI transmitter. The value is modulated with
the light frequency and transmitted to the desired destination
WT01
A Mobile Platform For Wireless
Charging And Data Collection In
Sensor Networks
Application: Ambient Intelligent
Description: Wireless energy transfer (WET) is a new technology that
can be used to charge the batteries of sensor nodes without wires.
Although wireless, WET does require a charging station to be brought to
within reasonable range of a sensor node so that a good energy transfer
efficiency can be achieved.
IEEE2015-WIRELESSPOWERTRANSFER
WT02
Wireless Sensor Networks With Rf
Energy Harvesting :A
Contemporary Survey
Application: EnergyManagement
Description: In proposed system, we can design a new monitoring and
tracking system to provide the accident information to the rescue section
automatically by using GSM technology. when the person is fall then
sensor give input to the controller, immediately controller track the
location using GPS then send the information to the care giver and
WT03
Implementation Of Wireless Power
Transfer System For Smart Home
Applications
Description :In this system is able to transfer power without a man-made
conductor connected between power source and electrical load. In
proposed system we used electrodynamics induction technique instead
ofusingimpedancematching.Inthissystemvoltagelossesareless.
WT04
Primary side power flow control of
wireless power transfer for electric
vehicle charging
Application: Automobile industries
description: Various non-contacting methods of plug-in electric vehicle
(PEV) charging are either under development or now deployed as
aftermarket options in the light duty automotive market. Wireless
power transfer (WPT) is now the accepted term for wireless charging
and is used synonymously for inductive power transfer and magnetic
WT05
Wireless Fleet Charging
System for Electric Bicycles
Application: Automobile industries
Description : In this project wireless power transmission technique is used
for charging vehicle, this can be achieved with the help of piezo-electric
power generator, the power generator is placed in speed breaker,
whenever the vehicle crossed this speed breaker due to friction it will
generatethepower
WT06
Harvested Power Wireless Sensor
Network Solution for Disaggregated
Current Estimation in Large Buildings
Description: In proposed system, Wireless power transmission module
is used to transfer the power to the peripherals and to electrical
devices. Current sensor and voltage sensor are connected to calculate
the power consumption which is displaced on the LCD
WT07
Employing Load Coils for Multiple
Loads of Resonant Wireless Power
Transfer
Description: In proposed system, we can design a new system to charging
thevehiclebatterythrough wirelesscharger.Fullyautomatic system

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CODE TITLE DESCRIPTION
IEEE2014-ROBOTICS8051PICARM7
ROB01
Modeling and control of a single axis
tilting quad copter
The unmanned aerial vehicle (UAV) is used to increase the endurance of
the aircraft. The joystick interfaced with microcontroller for the purpose
of control the quad copter actions. The RF wireless technology is used
to transfer the signal from control section to quad copter section. CCTV
camera is used for monitoring surveillance purpose.
ROB02
Wireless Underwater Mobile Robot
System Based on Zigbee
In this paper, a wireless underwater mobile robot system is designed for
underwater mobile robot system. Zigbee wireless based mobile robot
which controls and moves the underwater mobile robot. CCTV camera
is used to monitor the sea.
ROB03
A Compact and Compliant External
Pipe-Crawling Robot
The focus of this paper is on the practical aspects of design, prototyping,
and testing of a compact, compliant external pipe-crawling robot that can
inspect a closely spaced bundle of pipes in hazardous environments and
areasthatareinaccessibletohumans.
ROB04
An Online Stair-Climbing Control
Method for a Transformable Tracked
Robot
The purpose of the designed robots in intends to carry loads up and down
stairs. It needs tremendous effect on expense and time. Furthermore In
the paper, a cheap and simple stair-climbing robot will be designed to
providetheserviceofcarrying objectsupanddownstairs.
ROB05
Probability-Based Location Aware
Design and On-Demand Robotic
Intrusion Detection System
Concept of this project is detecting the intruder in the restricted area and
if he violates it. Using this system, we watching the intruder through the
web camera, it is continuously monitored in PC. These images are
captured by image processing through MATLAB. If the unauthorized code
received from robot section, the shooting commands given by control
section.
ROB06
Vision Based Robotic System for
Military Applications – Design and
Real Time Validation
We propose a new tanker robot to detect and attack the intruder in the
battle area. We can control the tanker from remote area using Zigbee
wireless technology. Wireless CCTV camera is placed on the tanker. The
CCTV camera receiver is connected in remote section. We watching the
intruderthroughtheCCTVitis continuouslymonitoredinremotesection.
ROB07
Towards a New Modality-
Independent Interface For a Robotic
Wheelchair
This work presents the development of a robotic wheelchair that can be
commanded by users in a supervised way or by a fully automatic
unsupervised navigation system. It provides flexibility to choose different
modalities to command the wheelchair, in addition to be suitable for
people with different levels of disabilities. Users can command the
wheelchair based on their eye blinks, eye movements, head movements,
ROB08
A Study on Sinus-Lifting Motion of a
Snake Robot With Sequential
Optimization of a Hybrid System
In this paper, we propose a new snake-like robot for surveillance. It can
move in any direction by a proper combination of motor and relays. The
mechanism constructed using DC motors; the motors are actuated by
electro mechanical relays. By actuating the proper relays, the snake robot
ismadetomoveinnarrowregions.
ROB09
Development of A Robotic Arm for
Dangerous (Explode) Object Disposal
This robot having the pick and place arm for pick explode things. In the
proposed system, interfacing the pick and place robot with 89c51
microcontroller through the driver circuit. The robot navigation and
operations should be controlled by Zigbee technology. CCTV camera used
togetvisualofrobotnavigationarea.

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IEEE2014-ROBOTICS8051PICARM7IEEE2014-Automation8051PICARM7
ROB10
Mobile Robot Localization Using the
Phase Of Passive UHF RFID Signals
The proposed system utilizes RFID based localization without using GPS
receiver. The RFID tags are patched in floor and the robot has the RFID
reader connected to it. Whenever the RFID reader nears a tag, it reads the
data from the tag. The position coordinate of the tag is previously stored in
the microcontroller. According to the data received from tag, position
coordinateisestimated.
ROB11
Design of an Intelligent Security
Robot for Collision Free Navigation
Applications
A very pertinent aspect of an intelligent security robot is to reach the goal
safely by avoiding unknown obstacles in an unknown environment. In this
paper we have developed an embedded C program code to design an
intelligent robot which can overcome the obstacles coming in its way. We
have made use of three infrared sensors to detect the obstacles via the IR
communicationtechnique.
ROB12
GSM Controlled Robotics This robot is used for rescue purpose in earthquake areas. In the proposed
system the DTMF decoder, PIR sensor, Ultrasonic sensor and the robot is
interfaced with the controller. The robot is navigated according to the
commands given in the mobile. The DTMF decoder will decode the
particular data and give it to the controller. PIR sensor will check human
presenceUltrasonicisusedtoobjectdetected.
ROB13
Vision-Based Robust Path
Reconstruction For Robot Control
In this project, web camera and 2 axis robot and LCD display interfaced
into AT89C51 microcontroller. Web camera used to capture the line
path of the image. By using image processing technology, analyzing the
captured image from web camera. After completion of analyzing the
image, corresponding information send to microcontroller via MAX232
ROB14
Automatic lighting system using
multiple Robotic lamps
An automatic lighting system using 3-DOF robotic lamps and a laser
scanner is proposed in this paper. The 3-DOF robotic lamp, which is
designed with a spherical parallel mechanism with a unique forward
kinematic solution, has a tilting motion to track a person and zoom-in and
zoom-out motionstocontrolthelightintensity.
ROB15
Google Map and Its Real-Time
Implementation on an Unmanned
Ground Vehicle
The paper presents the real time embedded implementation of this
mapping system on a small Unmanned Ground Vehicle (UGV) to support
real time obstacle avoidance. The UGV is controlled by using a RF remote,
according to the command from the RF remote the UGV can navigate in
theground.
AM01
Automatic Detection of Squats in
Railway Infrastructure
The Transportation of train always depends on railway tracks (rails) only. If
there is a crack in these rails, it creates a major problem. Most of the
accidents in the train are caused due to cracks in the railway tracks, which
cannot beeasily identified.In orderto avoidthis problem, weare using the
crack detector robot, which detects the crack in the rails and gives an
alarm.
AM02
Receiver Autonomous Integrity
Monitoring of GNSS Signals for
Electronic Toll Collection
A vehicle will hold an RFID tag. This tag is nothing but unique identification
number assigned. This will be assigned by RTO or traffic governing
authority. In accordance with this number we will store, all basic
information as well as the amount he has paid in advance for the TOLL
collect.Readerwillbestrategicallyplacedattollcollection center.
AM03
Locking and unlocking of theft
vehicles using CAN
In the proposed system whenever the vehicle is started, a msg with the
GPS coordinate of the location of the vehicle is sent as an SMS to the
owner's number. On receiving the message the owner can send a reply to
lock or antilock that is stop the vehicle or allow the vehicle to run.

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AM04
Guest Editorial Special Section on
Building Automation, Smart Industry
Robot
The proposed system utilizes RFID based localization without using GPS
receiver. The RFID tags are patched in floor in each zone and the robot has
the RFID reader connected to it. Whenever the RFID reader nears a tag, it
reads the data from the tag. According to the data received from tag,
positioncoordinateisestimated.
AM05
Text Detection and Recognition on
Traffic Panels From Street-Level
Imagery Using Visual Appearance
In the proposed system, a computer vision system which is able to perform
automated recognition that could be used to notify a human driver to the
presence and nature of road signs is developed. The presence of road sign
is identified using MATLAB and the nature of road sign is identified
throughthesame.
AM06
An Industrial Perspective on Wireless
Sensor Networks - A Survey of
Requirements, Protocols, and
Challenges
In our proposed system we are going to monitor the hazardous gases,
temperature and also the vibration. The parameters are displayed. In
abnormal conditions, for more convenience and for high alert, voice
announcement is done. Also the data's are transmitted wireless at a high
speed tothecontrolsection.
AM07
Implementation of CAN bus in an
autonomous All-Terrain Vehicle
The main purpose of this effort is to design an autonomous all terrain
vehicle which uses a CAN bus. The paper describes the operation and
advantages of the CAN protocol in automobiles. The PIC micro controller is
used here and a CAN controller which creates a single two wire bus
through which electronic control units (ECU) in the automobiles
communicate.
AM08
Design of milk analysis embedded
systemfordairyfarmers
In this paper a milk analyzing system is designed which measures the FAT
content and quantity of milk along with the identification of farmers and
calculatesthecostofmilk.
AM09
The house intelligent switch control
networkbased onCANbus
In this paper we will control the home appliances using can protocol
switchingandhuman motiondetectionbothmethodswillbe use.
AM10
Measurement and control system of
soil moisture of large greenhouse
groupbasedondoubleCANbus
In the proposed system CAN based system to monitor the big area of
agricultural land and the soil moisture is predicted. Sensors are used to
predict the moisture and according to the value the irrigation is done
automatically.
AM11
Hand-Motion Crane Control Using
Radio Frequency real-Time Location
Systems
This Paper presents Ethernet interface The sensor data will update
Ethernetmeanswecanseeanywhereandknowthestatus.
AM12
An integrated health management
process for automotive cyber-
physicalsystems
In the proposed system the driver assist system is designed with CAN bus.
This can be achieved by using two slave parameter sensing controllers and
one master controller. Temperature, Viscosity and Gas sensors are used to
getengineparameters.

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AM13
An Iranian License Plate Recognition
SystemBased onColor Features
In the proposed system Using MATLAB the vehicle's License Plate is
identified. Using Web Camera mounted over the detection system image
of the license plate is captured and the image is processed to extract the
licenseno.
AM14
Portable Road side Sensors for Vehicle
Counting, Classification, and Speed
Measurement
In this system the speed, type of vehicles is monitored wirelessly. Also the
number vehicles in the lane are counted and send to the control section.
TheRFIDreaderisusetofindthevehiclenumber.
WI01
Channel and Energy Modeling for
Self-Contained Wireless Sensor
NetworksinOilReservoirs
In proposed system, we can design a new system to monitor the oil
reservoirs automatically and transmit that monitored information using
Zigbee technology. In proposed system, oil reservoirs are automatically
monitored by Flow sensor, temperature sensor, and viscosity sensor.
WI02
WSN-Based Smart Sensors and
Actuator for Power Management in
I n t e l l i g e n t B u i l d i n g s
In this propose a new system to control the electrical devices in home
based on the human presence and the environmental parameter.
Proposed system the building automation is done using sensors and
manualwirelesscontrol.Itcanbeoperatedmanuallyorautomatically.
WI03
Data Reduction and Energy
Sustenance In Multi sensor Networks
for Landslide Monitoring
Our distinguishing contribution is to present studies from significant
amounts of data collected from a real world field deployment that has
been kept operational for sufficiently long duration amidst inclement
weather conditions. This paper presents a system that can be used to
monitorthelandslideinhillareas.
WI04
A Reconfigurable Smart Sensor
Interface for Industrial WSN in IoT
Environment
We design and implement a WSN data acquisition interface that can be
used for water environmental monitoring. Work flow include a water
environment monitoring system that adopts sensors to detect pollution
and water quality. This paper presents a system that can be used to
monitorthewaterqualityinindustries.
WI05
Crop Leaf Area Index Observations
With a Wireless Sensor Network and
Its Potential for Validating Remote
SensingProducts
We design a new system to monitor the growing status of the corn plant in
the agricultural land and updated to the former using GSM technology.
Here we monitor the corn plant leaf coverage area with help of this we can
predict the growth of the plant level automatically. It reduces the data
acquisitioncosts,includinginstrumentandlaborcosts.
WI06
A Forest Fire Monitoring System
Based on GPRS and Zigbee Wireless
SensorNetwork
In proposed system, we can design a new system to monitor the forest
areas. Here the three sensors are used to monitor the environmental
condition of that particular area and transmit that monitored information
tothecollectingsectionusingZigbeetechnology.
WI07
Review on Design of a Network for
Detection of Environmental Condition
Using Wireless Sensor Network
Technology
In this project we are using three types of sensor for monitoring the
environmental parameters. These sensors are enough to capture the
weather conditions and also the field conditions. Here we are using one of
the advanced technologies called Zigbee technology for wireless
communicationofthedata.

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WI08
A System for Automatic Notification
and Severity Estimation of
AutomotiveAccidents
In this proposed system, a system has been designed such that it can
intimate status of the road to the entire vehicle in its vicinity through
Zigbee wireless technology. If the driver sees a vehicle accident or he will
press the intimation button. at that time controller take the value from
GPS and transmits to the whole area with in the range. Any vehicle come
tothecoveragerangeitreceivesthemessage.
WI09
Low Power Wireless Sensor Network
forBuildingMonitoring
Analysis of the stability of the building is a needed measurement process
for all buildings in the cities. We can design a new system to monitor the
construction building stability using wireless technology. The monitoring
informationissendtothepcusingzigbee.
WI10
Wireless Sensor Network Based
Smart Home: Sensor Selection,
DeploymentandMonitoring
In this paper, an elder care system is proposed in which the electrical
appliances usage sensor has been developed. we report the design and
development of a smart home based on cognitive sensors network. A
prototype system has been designed and developed. The sensors detect
theusageofappliancesathomeandcollectimportantinformation.
GP01
Survey on Smart Grid Technologies-
SmartMetering,IoTandEMS
In this proposed system we propose a prepaid smart energy meter with
RFID technology. We are using the ARM microcontroller for the efficient
energy meter monitoring system. This system is connected with the
energymeterwithload.Usercanrechargethe systemusingRFIDtag.
GP02
Remote Control System of Smart
Appliances Based on Wireless Sensor
Network
In proposed system, we can design a new home automation system. Here
the home appliance is control by three modes. These three modes are
keypadmode,GSMmodeand automode.
GP03
A New Payment System for Enhancing
LocationPrivacyofElectricVehicles
We propose a new electric vehicle with smart payment system using
RFID.RFID tags are used as smart cards. The account balance is intimated
to the user as SMS. The anti theft system is comprised of PC to check with
databaseaboutthevehicle.
GP04
A System for Automatic Notification
and Severity Estimation of
AutomotiveAccidents
In proposed system WSN are used to find the severity of accident. To attain
our proposed system need to use crash sensor, tilt sensor, GPS, GSM,
Zigbee, solar panel, buzzer, battery, LCD. Crash sensor is used to find the
accident. Tilt sensor is used to estimate the severity of accident. If
accident is find it takes the coordination from GPS and send to the care
center and also relatives with help of GSM and Zigbee. If Accident occurs
GP05
Domain Specific Search Of Nearest
H o s p i t a l a n d H e a l t h c a r e
ManagementSystem
The proposed system locates nearest available hospital, contacts its
ambulance emergency system, accesses a Electronic Health Record of
emergency patient that can critically assist in pre hospital treatments. The
vehicle accident is automatically intimated to the hospital and relatives
usingGSMand GPStechnology Sowecanreducehumandeaths.
GP06
Understanding Taxi Service Strategies
FromTaxiGPSTraces
In this proposed system, the customer can book the taxi by sending the
SMSto the taxi care center.Inthisproposed system, we aregoingtodesign
an automatic call taxi booking system using GSM technology. This system
automatically sendsthebookingstatusasaSMS(Shortmessageservice).

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GP07
Automated Irrigation System Using a
Wireless Sensor Network and GPRS
Module
In this system the agricultural land water-level is going to be monitored
and updated to the farmer using GSM technology. If the sensor value goes
beyond the threshold value the controller will switch ON the Pump Motor
to reduce the parameter abnormalities. . The humidity sensor used for
measure the moisture level. The sensor values will be continuously
updatedtothefarmerviaGSM.
GP08
Human Mobility Enhances Global
Positioning Accuracy for Mobile
PhoneLocalization
In proposed system, we can design a new to system to get the exact
locationofthemovingperson byMEMStechnology.
GP09
R a i l C o m p o n e n t D ete c t i o n ,
Optimization, and Assessment for
AutomaticRailTrackInspection
In the advanced system, the robot is designed to detect the fault of railway
track components in the railway track with the help web camera. These
fault information and fault location is send to the control station using
GSMand GPStechnology.
GP10
Android Interface based GSM Home
SecuritySystem
In proposed system, we design a home security system using android
technology. Here we use the android application to intimate the intruder
detection.Theintruderdetectionisintimatedusingandroidtechnology.
GP11
Smart RFID Antenna System for
Indoor Tracking and Behavior Analysis
ofSmallAnimalsinColonyCages
In this paper, a novel RFID-based approach enabling an effective
localization and tracking of small-sized laboratory animals is proposed. It
is mainly based on a near-field (NF) RFID multi antenna system working in
the UHF bandwidth, to be placed below the animal's cage, and able to
rigorouslyidentifytheNFRFIDtagsimplantedinlaboratoryanimals.
GP12
Smart parking reservation system
usingshort Messageservices(SMS)
This paper proposes a Smart Parking Reservation System using Short
Message Services (SMS) which provides advanced features like remote
parking monitoring, automated guidance, and parking reservation
mechanism. The paper describes the overall system architecture of SPARK
from hardware to software implementation in the view point of sensor
networks.
GP13
A Novel Approach to Implement
Green Wave system and Detection of
StolenVehicles
In proposed system, we can design a new green wave system to provide
the priority to the emergency vehicle in the traffic signal. This system also
providesthetheftvehicleinformation.
GP14
Bus Monitoring System Based On
Zigbeeand GPRS
This paper proposes a supervisory system which combines the advantage
of zigbee & GPRS Technology. In proposed system, we can design a new
system to provide the easy navigation to blind people. This system avoids
themanualerror.
GP15
Automaticambulancerescuesystem We are proposing this system to reduce the traffic by monitoring the
density of the traffic using image capturing process. The higher priority is
giventotheambulanceandtheambulanceisfixedwithRFtransmitters.

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CE01
RFID in Underground-Mining Service
Applications
In our proposed system we are going to monitor the hazardous gases,
temperature. The parameters are displayed. In abnormal conditions, for
more convenience and for high alert, voice announcement is done. Also
the data's are transmitted wireless at a high speed to the control section.
RFIDtechnologyistofindthecurrentlocationoftherobot.
CE02
RFID Technology for IOT-Based
PersonalHealthcarein SmartSpaces
We have designed the system that can monitor the patient on time and
without the presence of the nurse in house In-house human behavior
detectionandClassification areinvolvingwearabletagsandbiosensors.
CE03
Virtual Track: Applications and
Challenges of the RFID System on
Roads
We propose a new automated system to recognize the road sign using
RFID. In the proposed system, RFID system which is able to perform
automated recognition that could be used to notify a human driver to the
presenceandnatureofroadsignsisdeveloped.
CE04
A Health-IOT Platform based on the
Integration of intelligent Packaging,
Bio-Sensor and Intelligent Medicine
Box
In this system patient health IOT platform based packing system is design.
We have designed the system that can deliver drugs to the patient on time
and without the presence of the nurse by setting time of each box of
drugs.
CE05
Assistive clothing pattern recognition
Forvisuallyimpairedpeople
We design a new intelligent clothes choosing system for blind people
using camera. Image processing technique is used to recognize the clothe
color. The system integrates a camera, a microphone, a computer, and a
speakerforaudiodescriptionofclothingpatternsandcolors.
CE06
M o d e l i n g a n d D e t e c t i n g
AggressivenessFromDrivingSignals
We demonstrate that aggressiveness and behavior can be detected by
monitoring external driving signals such as fatigue and speed. Image
processing technology is used here to monitor the drowsiness. Grip
sensor:thissensorisusedheretocheckthegripofdriver.
CE07
AnInteractiveRFID-based Braceletfor
AirportLuggageTrackingSystem
In this project the airport luggage handling is totally automatic. The RFID
technology is used for luggage management. In this system a luggage
tracking system is designed in which two-way luggage verification is
establishedtoavoidunwantedluggagemisplacements.
CE08
Intelligent Technologies for Self-
Sustaining, RFID-Based, Rural E-
HealthSystems
We propose a RFID based intelligent system to maintain more accurate
medicalrecords,facilitatebetterhealthcaretopatients.
CE09
Prototype of a fingerprint based
licensing systemfordriving
In the proposed system we design intelligent license verification and
vehicle access system using finger print authentication. This system allow
only licensed person to access the vehicle Without wearing seat belt we
can't start vehicle. Wearing a seat belt minimizes the body's contact with
theinteriorofthecarresulting infewerinjuries.
IEEE2014-ConsumerElectronics8051PICARM7

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BIO1
Mobile Physiological Measurement
Platform with Cloud and Analysis
FunctionsImplementedviaIPSO
In this proposed system the physiological signals captured by the three
physiological signal acquisition modules are sent via a data interface
module to a mobile hand held device. While monitoring there is data
updating is happened the system will send the data to the monitoring
sectionandupdatedininternet.
BIO2
A MEMS Dielectric Affinity Glucose
Biosensor
In this system, The Glucose sensor used here to sense the Glucose level of
the patient. MEMS analyze the position of the patient or user. While
monitoring there is any abnormal condition is happened the system will
send the message to the appropriate persons that should be the doctor
also.
BIO3
Compressed Sensing Technology-
Based Spectral Estimation of Heart
Rate Variability Using the Integral
PulseFrequencyModulation Model
In this system, The ECG and heart beat sensor used here to sense the ECG
level and heart level of the patient. While monitoring there is any
abnormal condition is happened the system will send the message to the
appropriatepersonsthatshouldbethedoctoralso.
BIO4
Integrated Circuits and Electrode
I n t e r fa c e s fo r N o n i nv a s i v e
PhysiologicalMonitoring
In this system, we are going to monitor BP, PP and Heart beat level of a
person upto10 days. The heart beat sensor is clipped in the finger of the
driving person of the vehicle. The BP Sensor and PP sensor are also fixed in
the fore arms or wrist of that person. The status of the sensor's which
placed in the person's body will transmit the value to the Monitor section
throughZigbeetransceiver.
BIO5
A Survey on Wireless Body Area
Networks: Technologies and Design
Challenges
In this system, The Heartbeat sensor used here to sense the heartbeat
level of the patient and also BP sensor is used to sense the BP level of
them. While monitoring there is data updating is happened the system
willsendthedatatothemonitoringsection.
BIO6
Potential for Health Screening Using
L o n g - Te r m C a r d i o v a s c u l a r
Parameters Measured by Finger
Vo l u m e - O s c i l l o m e t r y : P i l o t
Comparative Evaluation in Regular
andSleep-DeprivedActivities
In this system, we are going to monitor the heat beat and oxygen level and
temperature of a volunteers during10 days of day-to-day living (normal
condition), and carried out several times at a fixed time every day. During
successive 10-day measurements, a 30-hour period of total sleep
deprivation was introduced as a physiological challenge (abnormal
condition). The heart beat sensor is clipped in the finger of the driving
BIO7
Self Healthcare Management System
basedonRFIDTechnology
In this system, we report an exploration of the Self Health Management
system. The RFID technology used here to store the data's of a person. The
Weight, BP and Temperature of a person have been stored in the
controllerbasedonthedatabase.
BIO8
New Design for Electronic Blood
Pressure Monitor Based on GSM
Module
In this system, we report an exploration of utilizing latest technique to
monitor the Blood Pressure of a person. In this system, The compressor BP
sensor used here to sense the Blood pressure level of the patient. While
monitoring there is any abnormal condition is happened the system will
send the message to the appropriate persons that should be the doctor
also.
BIO9
Patient Health Management System
u s i n g e - H e a l t h M o n i t o r i n g
Architecture
In this system, the PHM is designed to monitor the status of the physical
parameters.While monitoring there is data updating is happened the
system will send the data to the monitoring section.
IEEE2014-BIOMedical8051PICARM7

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Ieee embedded 2015_16