Remote administration of bms through android application

IJRET: International Journal of Research in Engineering and Technology eISSN: 2319-1163 | pISSN: 2321-7308
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Volume: 03 Issue: 05 | May-2015, Available @ http://www.ijret.org 207
REMOTE ADMINISTRATION OF BMS THROUGH ANDROID
APPLICATION
Monika Rana1
, Prateek Bindra2
, Manish Kumar Chauhan3
1
PG Student M.Tech (ES), EECE Department, ITM University, Gurgaon, Haryana, India
2
Assistant Professor, EECE Department, ITM University, Gurgaon, Haryana, India
3
PG Student M.Tech (ES), EECE Department, ITM University, Gurgaon, Haryana, India
Abstract
SAN (Storage Area Network) is a committed high-speed network that interconnects data storage devices and multiple servers. It
allows the device to appear like locally attached device to the operating system by enhancing storage devices which are
accessible to server and consequently secures the manner in which the database connects with the server. Thus enabling design of
portable devices that allow the user to control the building constants from remote places.[1][2][3] By gaining the access to
control of building constants application like BMS (Building Management System) can be easily configured. BMS in actual is a
microprocessor based electronic module or device which can be installed in a building to allow the user to operate, manage and
measure real time data of various parameters. Data of the building can be accessed and modified through android app. The
protocol used for communication between the app and web server is GPRS.[4][5] BMS is used to securely store and configure
rules and parameters of an intelligent building like secured access-control, lighting and temperature etc.
Key Words: GPRS, SAN, Microcontroller, Industrial Appliance, Android, Smart building.
--------------------------------------------------------------------***----------------------------------------------------------------------
1. INTRODUCTION
SAN is a high performance network which provides
communication among storage devices and computer
systems. Building Management System built on the top of
SANs provide file-level access along with block level
operations. BMS is a computer system that can retrieve and
analyses the pre-set parameters of building and control those
parameters to meet the needs of end user.[6][7] Its inputs
received such as temperature and humidity from temperature
sensor and humidity sensor respectively and outputs, such as
on/off commands issue from the remotely located server are
passed onto outstations located in vicinity of the building.
Programmer within the outstations after retrieving this
information makes decisions for the necessary level of
applied control. The multiple outstations are linked to each
other and thus information is passed among them. In
addition a modem is also connected to the system to allow
remote access.[8][9] The control using the BMS depends
upon the information received from the sensors and the
manner in which programmer generate response to that
information. For a precise and accurate control of
parameters to its environment, BMS can be configured to
alarm or to issue warnings on conditions and events that
don’t meet specifications or warn of individual items.
The purpose of a Building Management System (BMS) is to
automate and take control of these operations in the most
efficient way possible for the occupiers/business, within the
constraints.[10] Building management through SAN enables
centralized control facility from remote site for regulation of
building parameters and simpler operation by programmed
routine and functions, thereby reducing consumption of time
and resources.
BMS ensures quicker troubleshooting by enabling faster
response to the end users and technicians and improved
indoor environment for living and working environments by
control of the parameters such as temperature and humidity.
2. BLOCK DIAGRAM
The block diagram explains the communication between
SAN and the Android App.
Chart -1: Block Diagram of the project
Web
Services
UDP
TCP-IP
Parser and Server
Building
Management Device
MySQL Database Web Server
Android App
UDP/TCP-IP
SAN (Storage Area Network)

_______________________________________________________________________________________
SAN includes both the electronic circuit i.e. Building
Management Device (BMD) and the software part i.e.
parser, server, database and the web server.
The BMD includes various analog and digital sensors for
sensing different parameters like smoke, humidity,
temperature, light intensity etc. The BMD is an ATmega32
microcontroller based device which analyzes and controls
the basic building parameters. The device also monitors
basic events and mishappenings which are unanticipated.
The information received from different sensors is
transformed into a packet and is this packet is transmitted by
GPRS modem to the Server. The packet is then parsed and
useful information is stored in MySQL database for further
reference and for retrieval later on. A web server is created
with access to localhost database; it may communicate with
the Android Application for controlling the building
constants along with provisions of other web services.[11]
An Android Application is created for TCP-IP Client-Server
communication. The accuracy of transmitted data packet is
controlled by TCP whereas the actual data transferred on the
GPRS network is performed by IP.
3. FLOW CHART/ALGORITHM
Chart -2: Flow chart of Server side
The flow chart is divided into two parts, namely server side
and client side.
Whenever we turned on the device the constant of all server
is collected in a controller circuit which is connected to all
sensors wired or wirelessly. After collecting all data from
sensor in controller card, the controller card forms a packet
of sensor data and sends it to the server through TCP-IP
communication. The server receives the packet which is sent
by controller card and parses the packet data and retrieves
the information from the data packet. Server on process
useful information like events of mishappenings and
failures. This event data is stored into MySQL database
which can be accessed when required. After retrieving all
data from packet, server generates an acknowledgement and
command set and sends it to client side.
Chart -3: Flow Chart of the Client side
The acknowledgement and command set sent by server is
received at client side and parse the information from
packet. Client verifies the data, whether the data received is
same as the data from the sensors or not. If it is same, no
changes were made else changes were implemented in the
BMD and the status of the appliances is set accordingly.
4. APPLICATION AREAS
The Building Management Device has varying applications
and multiple platforms like in airports, hospitals, industries
and many more. This device can be easily installed in any
building and it is good to go. It is capable of providing real
time data and can reduce overall energy needs of a building
making it energy efficient.[12] Thus providing a future
proof and scalable building management system that
optimizes and manage a wide range building services.
5. ADVANTAGES & LIMITATIONS
The device designed enables visibility and centralized
control of the building constants and has increased the level
BMD
Start
Retrieve data from
sensors
Packet Formation
Packet
Transmission
Retrieve data
packet at server
Parsing of data
packet
Store information
in database
Issue ACK and
command set to
clients
To Server-Parser
Retrieve of data at
client side
Parsing of data
packet
Verification of data No Changes
Required
Implement
Changes
BMD
Same
Different

_______________________________________________________________________________________
of security. It increases the value of the building whereas
decreased running cost and maintenance economy by
avoiding expensive failures.[13] BMD improves reliability
and helps in conservation of energy. It ensures an easy way
to detect an issue and to eliminate it. The system provides an
improved security, fire and other emergency events.[14]
The control level through BMD is dependent upon the
quality of information received from the sensors. If
information received is not accurate, results may not be as
per our requirements. The disadvantage of the system is that
if some modifications are to be made, the software demands
modification in every workstation.
6. RESULT
The Android Application is able to send data to the server
and this parsed data is shown on the server’s screen.
Results have been obtained from the sensors and the data
has been successfully displayed on the server.
Chart -4: Screenshot of data displayed on server
7. CONCLUSION AND FUTURE SCOPE
The device can easily operate and manipulate the building
services from remote places and manages the energy usage
in the building.[15] This device has been successful in
discarding the need of being in a confined area to control the
building constants.
The sensor data can be acquired more precisely by using
FreeRTOS which minimizes the delay between the tasks and
achieves real time sensor information.
ACKNOWLEDGEMENT
I express my gratitude to professors, faculties and staff of
Department of Electrical, Electronics & Communication
Engineering of ITM University, Gurgaon along with Xinoe
Systems Private Limited by whose support and guidance I
was able to complete my research work timely and
unperturbedly.
REFERENCES
[1]. Krejcar, 0., Horkem, J. “Remote Access Of Building
Management System On Windows Mobile Devices”.
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10.1109/ICNIT.2010.5508449 Publication Year:
2010 , Page(s):560 – 564
[2]. Dengler, Sebastian; Awad, Abdalkarim; Dressler,
Falko, “Sensor/Actuator Networks in Smart Homes
for Supporting Elderly and Handicapped People.”
Advanced Information Networking and Applications
Workshops, 2007, AINAW '07. 21st International
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[3]. Krejcar, 0., “PDPT framework - Building information
system with wireless connected mobile devices”, In
Icinco 2006, 3rd International Conference on
Infonnatics in Control, Automation and Robotics
Insticc Press, Setubal, Portugal, pp. 162-167 (2006)
[4]. Kastner, W. ; Neugschwandtner, G. ; Soucek, S. ;
Newmann, “Communication Systems for Building
Automation and Control”, H.M. Proceedings of the
IEEE Volume: 93 , Issue: 6 DOI:
10.1109/JPROC.2005.849726 Publication Year: 2005
, Page(s): 1178 – 1203
[5]. Yu-Wei Huang ; Shun-Chien Chang ; Chih-Hung Wu
“GPRS-Based Embedded Remote Power
Management System Network And Mobile
Technology”, Sensors for Industry Conference, 2005
DOI: 10.1109/SICON.2005.257878 Publication Year:
2005 , Page(s): 105 – 110
[6]. Jiang, Li, Da-You Liu, and Bo Yang, “Smart Home
Research”, Machine Learning and Cybernetics
(2004). 15 Oct. 2007.
[7]. Yamazaki, T, “Beyond the Smart Home”, Hybrid
Information Technology, 2006. ICHIT'06. Vol 2.
International Conference on, Volume 2, Nov. 2006
Page(s):350 – 355.
[8]. Smitha, S.D. ; Chacko, F.M. “Intelligent Energy
Management in Smart and Sustainable Buildings with
Multi-agent Control System”, Automation,
Computing, Communication, Control and
Compressed Sensing (iMac4s), 2013 International
Multi-Conference on DOI:
10.1109/iMac4s.2013.6526406 Publication Year:
2013 , Page(s): 190 – 195
[9]. F. Obayashi and Y. Tokunaga, “A Study of Building
Energy Management Systems based of Multi
Agents,” in SICE annual Conference in Fukui, Fukui,
Japan, 2003.

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[10]. Gao Manru ; Su Wei ; Xue Lijun “Engineering design
of intelligent building management system (IBMS)”,
Computer and Communication Technologies in
Agriculture Engineering (CCTAE), 2010
International Conference On Volume: 1 DOI:
10.1109/CCTAE.2010.5544762 Publication Year:
2010, Page(s): 337 – 340
[11]. Yinbo Wu, “An Open Web-Based Integrated System
For Intelligent Building”, Mechatronic Sciences,
Electric Engineering and Computer (MEC),
Proceedings 2013 International Conference on DOI:
10.1109/MEC.2013.6885068 Publication Year: 2013
, Page(s): 173 – 176
[12]. Anjos, D.; Carreira, P.; Francisco, A.P. "Real-Time
Integration of Building Energy Data", Big Data
(BigData Congress), 2014 IEEE International
Congress on, On page(s): 250 – 257
[13]. Borkowski, P. ; Pawlowski, M. ; Makowiecki, T.
“Economical Aspects of Building Management
Systems Implementation”, PowerTech, 2011 IEEE
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Publication Year: 2011 , Page(s): 1 – 6
[14]. Gabriele, T. ; Pantoli, L. ; Stornelli, V. ; Chiulli, D. ;
Muttillo, M. “Smart Power Management System For
Home Appliances And Wellness Based On Wireless
Sensors”, AISEM Annual Conference, 2015 XVIII
DOI: 10.1109/AISEM.2015.7066808 Publication
Year: 2015 , Page(s): 1 – 4
[15]. Li Kaicheng; Liu Jianfeng; Yue Congyuan; Zhang
Ming "Remote power management and meter-reading
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BIOGRAPHIES
Monika Rana is currently Post
Graduate student in Masters of
Technology, Embedded Systems
from ITM University, Gurgaon. She
completed her B.Tech in
Electronics and Communication
Engineering from Banasthali
University, Jaipur in 2013. Her
area of interest is Embedded
System Design and Real Time
Systems.
Prateek Bindra is working as an
Asst. Professor in the Department
of Electrical, Electronics &
Communication Engineering, ITM
University, Gurgaon, (Haryana)
India. He has received M.E. degree
in Microelectronics and B.Tech.
Degree in Electronics &
Communication Engineering. His
main research interests are in
device modeling, nanoelectronics
and analog circuit design.
Manish Kumar Chauhan is
pursuing Post Graduation in
Masters of Technology, Embedded
Systems from ITM University,
Gurgaon. He completed his B.Tech
in Electronics and Communication
Engineering from Engineering
College Ajmer, Rajasthan
Technical University Kota in 2012.
He has a keen interest in Real Time
Operating System and Embedded
Systems.

Remote administration of bms through android application

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