IRJET - Google Assistant Controlled Home

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 07 Issue: 03 | Mar 2020 www.irjet.net p-ISSN: 2395-0072
© 2020, IRJET | Impact Factor value: 7.34 | ISO 9001:2008 Certified Journal | Page 2229
Google Assistant Controlled Home
T.Ravindra*, D.D.V.Trinadh1, K.Sandeep2, M.Narendra Babu3, Vishnu Sanjoo Singh4
*Assistant Professor, Department of ECE, Godavari Institute Of Engineering and Technology , Rajahmundry,
Andhra Pradesh, India
1,2,3,4 Student, Department of ECE, Godavari Institute Of Engineering and Technology , Rajahmundry,
Andhra Pradesh, India
--------------------------------------------------------***----------------------------------------------------
Abstract: This paper proposes IOT based home
automation using Raspberry Pi, IFTTT (If This Then
That), particle.io and Google assistant. Technology is
developing day by day and gone crazy these days. We are
rarely finding a house without home automation.
Automation means controlling various devices by using
smart technology. This home automation term is
innovated by Jim Hill and became popular all over the
world, but smart installation needs extreme investment.
For smart home basic setup cost is nearly Rs 20000, for
smart lights controlled with Google assistant, Siri etc., it
costs nearly Rs3500. So, in order to make cost effective
are making conventional appliances in a house into
smart ones by using IOT technology. This Project main
intention is to control home appliances such as fan,
indoor and outdoor lights etc., automatically by using
IOT technology. This project is implemented by giving
voice commands to the Google assistant with the help of
IFTTT (If This Then That) application and Particle.io
platform the given commands are sent to the raspberry
pi board. The Raspberry Pi is a microprocessor process
the data inside it, these instructions reach the relay and
based on user request the relay turns on/off the home
appliances.
Key words:-Home automation, Raspberry pi, IFTTT
(If This Then That) web service, Particle.io platform,
Google assistant, Smart phone, Relays.
1.Introduction:-Home is a place where people
stay comfortable and feel relaxed. People who used to go
for a work gets exhausted after a long-tired day and
some are way too tired that their find it hard to move
once they land on their bed. So, any technology which
helps them to get their work done like switching lights
on/off by giving simple voice commands from their
smart phone would be more helpful to them. Now adays
people are interested to buy smart lights and
thermostats which can be controlled by google assistant
through voice commands so that it will make their work
relatively easier. Even though these technologies are
available it is mostly used by rich people because of high
cost. However not everyone is wealthy enough to bear
the cost of devices. So, in order to help the normal
people, the need for developing an inexpensive smart
assistance keeps growing.
So, in this project a developed smart assistant is build
which can help even normal people also. This project
works with the principle of IFTTT (If This Then That),
Particle.io platform, Google assistant and group of relays.
The communication between apps and microprocessor is
built through internet.
Fig:-1 Block Diagram
2.System Design and Implementation:-The
system design composed of two things i.e., software
and hardware.
Hardware:- This system hardware has the capability
of connecting to the LAN network, which is used to turn
off/on the home appliances like fans and lights. It is also
called as Control Unit.
Software:- IFTTT, Particle.io and Google assistant
comes under software configurations which are
connected with smart phones.

Control Unit consists of microprocessor Raspberry Pi, 4
channel Relay board. IFTTT installed on android mobile
communicates with the Raspberry Pi and sends the
signals required by the user through internet. The
Raspberry Pi Board digital output pins are connected to
the Relay board.
2.1 Raspberry Pi:- Raspberry Pi is a Single Board
Computer. It can be connected to the peripherals like
keyboard, mouse, display so it is also called mini
personal computer. This is developed in UK by
Raspberry Pi foundation to provide teaching of computer
science in schools. It is mostly used for real time image
processing or IOT based and Robotics applications.
Although it is slower than desktop, but it is still a
computer which has the ability to do all expected
features at low power consumptions.
Raspberry Pi is ARM based Broadcom Processor System
on chip device which will provide access to on chip
hardware like we will GPIO pins for building a
application. Through GPIO pins we can connect and
control devices like LED, motors, sensors, etc.,
The CPU speed of Raspberry Pi model ranges from
700MHz to 1.2GHz. The Different types of Raspberry Pi
models are Raspberry Pi 1 Model A, Raspberry Pi 1
Model A+, Raspberry Pi 1 Model B, Raspberry Pi 1 Model
B+, Raspberry Pi 2 Model B, Raspberry Pi 3 Model B,
Raspberry Pi Zero.
Fig:-2 Raspberry pi Board
2.2 IFTTT:- IFTTT (If This Then That) is a web-based
service developed by Linden Tibbets and Jesse Tane
launched on 2010. Their introduced this with a slogan
“Put the internet to work for you”. IFTTT is mainly
created for automation from web-based application,
services to app enabled accessories and smart mobiles.
IFTTT name derived from a programming statement like
If this, then that. In IFTTT ‘If’ is known as Trigger and
Then is known as action. The whole If This Then That is
known as Applets. IFTTT is accomplished through this
Applets itself.
Hence there is need to log in to it to use the
services of IFTTT. In this project Google Assistant acts as
triggering point and we need to give commands in
simple phrase, so that whenever we give voice
commands through our smart phone the Google
Assistant respond to it and control Relay by switching it
on/off accordingly. For action we are using particle.io
platform where we installed on raspberry pi terminal
and dump program to raspberry pi through it. Whenever
we flash the program in particle.io platform and give
commands to the Google Assistant the Relays are
triggered according to user.

Fig:-3 These are the screenshots of applets created in
IFTTT
2.3 Particle.io:-Particle is an IOT based platform
made us to build a interface between apps, services and
devices quickly and easily. It will provide an easy way to
connect our staff to Internet. Particle platform provides
everything that helps to provide a bridge between
application and devices to work like a smart home. All
particle devices are accessed to cloud services So the
user can control its devices through everywhere. It
provides a gateway to the devices and the web. It
became recognized because of its security and Robust
technology. Because of its advanced features it became
different than other IOT platform like Thing Speak,
Blynk, etc. Now Particle platform added Raspberry pi to
2.4 Relay:- Relay is electromechanical switch which
will turn on/off the device automatically when current
flows through it. Relay is mainly used for controlling
high power devices by a low power signal and low power
devices can be controlled by high power signal. The
voltage capacity of relay is 5V-250V and maximum
current is 10A. Raspberry Pi cannot be connected to the
high-power devices directly, so it is connected to the
relay.
Fig:4 Relay
Com:-Common pin of the relay is connected to one end
of the device load that is needed to be controlled.
VCC:-To VCC pin of relay Raspberry pi 5V supply is
given.
IN:-To IN pin the assigned GPIO pin of device is
connected
2.5 Google Assistant:- Google assistant is AI
(Artificial Intelligence) based virtual assistant build by
google and made it to available on smart phones and
smart home devices. It is an extension to the Google Now
designed to be personal by using existed Google voice
controls named ‘Ok Google’. Google Assistant will
support both text and voice entries from the users and it
respond to everything and will make a conservation with
you. Now Google Assistant is playing a vital role in
controlling smart home. With a simple voice we can
control home appliance like lights, fans, thermostat etc.
Hence in-home automation google assistant is preferred
for easy access to control home appliances.

Result:-
The result got positive and system respond well to the
input commands and got output respectively. The below
figures show the implementation of proposed system
Fig:-5 Results of the proposed project
Conclusion and Future Work:-
The main aim of this project is to make a cost-effective
voice controlled automated home which can control
home appliances found in our home both electronically
and electrically. It is very effective, secured and easy to
handle for all people and make their life more
comfortable and simpler. The designed system works in
a way that when a person gives command over a smart
phone to turn on/off appliances through IFTTT, then
IFTTT trigger the google assistant and make particle.io
platform to perform the action, the particle agent runs in
the background of Raspberry Pi terminal and make
Raspberry Pi board to control home appliances through
relay according to the users command.
The future of home automation is expanding
day-by-day, from here on it will get more better and
powerful. In future a greater number of devices can be
connected to it which will make it more effective. So,
there is always a scope in technology to improve in
future and in present scenario as the technology is
changing day by day, there is no doubt that it will only
improve from here on.
References:-
1. IoT:https://internetofthingsagenda.techtarget.c
om/definition/IoTdevice.
2. IFTTT:https://ifttt.com/discoverhttps://www.p
ocketlint.com/SmartHome/SmartHomenews
3. GoogleAssistant:https://assistant.google.com/in
tl/en_in/
4. (2002) The IEEE website. [Online]. Available:
http://www.ieee.org/.. [9]. Seong Ro Lee and
Rajeev Piyare “Smart Home-Control and
Monitoring System Using Smart Phone”1st
International Conference on Convergence and
its Application(ICCA), Volume: 24
5. Kusuma S M, Assistant Professor, Department of
telecommunication, MSRIT, Bangalore, India.
“Home Automation Using Internet of Things”
July 1999.
6. Google Assistant Controlled Home Automation
Manish Prakash Gupta, MTech. Maharishi
Dayanand University, Rohtak, Haryana, India.
7. Interactive Home Automation System With
Google Assistant Mummaka Sai Srinath, Nanda
Kishore, M.D.AntoPraveena, Sathyabhama
institute of science and technology, Chennai,
India

IRJET - Google Assistant Controlled Home

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