This document proposes a fuzzy control system for smart home applications. The system would allow users to control home appliances like lights, air conditioning, and kitchen appliances remotely using a mobile application. It would use a Raspberry Pi as the central controller connected to sensors and devices. The system would employ fuzzy logic and communicate over WiFi to allow users to control devices from their phones. The goals of the project are to design and implement a smart home system that can control appliances anywhere and anytime to help people with disabilities.

1. FUZZY CONTROL SYSTEM
FOR SMART HOME
APPLICATION
NAME : NIK NOR NATASHA AQILAH BINTI NEK LEH
MATRIC NO : BTBL17046720
PROGRAMME : BACHELOR OF SCIENCE COMPUTER (COMPUTER
NETWORK SECURITY) WITH HONORS
SUPERVISOR : DR AZNIDA HAYATI BT ZAKARIA

2. INTRODUCTION

3.  Controlling and operating the home appliances such as lighting equipment, kitchen
appliances, air conditioning and heating, audio/video system in automatic modes
conveniently.
 Home control system is where different sensors corresponding to the home
appliances with the appropriate actuators of a central controller.
 Combination of new technology Internet of Things.
 Using Raspberry pi
 Controlled using mobile devices via the Android based user interface
 Read signal from the mobile phone and response to control the
devices according to the received signal by switch ON or OFF
HOME AUTOMATION
SYSTEM

4. Fuzzy logic is a form of many-valued logic;
 It deals with reasoning that is approximate
rather than fixed and exact.
 In contrast with traditional logic theory, where
binary sets have two-valued logic: true or false,
fuzzy logic variables may have a truth value
that ranges in degree between 0 and 1
FUZZY LOGIC
ALGORITHM

5.  People with disabilities face the
problem
 Electricity wastage
 Waste time
PROBLEM STATEMENT

6. OBJECTIVE
6
 To design the Smart Home System, air
conditioner and lighting control anywhere at
any time
 To implement the design of the model into
Smart Home System
 To test and evaluate whether the Smart
Home System developed is fully functioned.

7. This project focuses on two scope:
1. Scope of client which is to all people that has
house
2. Scope of technology which is this technology
will use Raspberry pi kit
SCOPE

8. LIMITATION
 Work in a wireless network connection only
to send the signal
 Only use the battery for power supply

9. Literature
Review
Author Title Description
A.S.Biradar,
S.B.Dhage,
V.V.Jamadar, H.S.Kasar,
Prof.Javed Shaikh.
SKN-SITS, Dept. of
E&TC, Lonavala ,
(IJARCET) April 2016
SMART HOME
AUTOMATION SYSTEM
Smart home automation
system is a web based
application that allows user to
monitor home appliances
using mobile devices. This
system established for the
entire home user after gaining
access from administrator.
This system includes remote
control and monitoring
domestic appliances, security
and energy management.

10. Author Title Description
Sharon Panth,
Mahesh Jivani,
Department of
Electronics,
Saurashtra
University, 2013
Home Automation
System (HAS)
using Android for
Mobile Phone
Home Automation System (HAS)
has been designed for mobile
phones having Android platform to
automate a Bluetooth interfaced
microcontroller which controls a
number of home appliances like
lights, fans, bulbs and many more
using
on/off relay.

11. Author Title Description
Prachi Bhure,
Naziya Pathan,
Shyam Dubey,
Maharashtra,
India
(2016)
Android Based
Automation System
for the next
Generation of
Technology using
Wi-Fi
HAS developed from an android
application
based on Raspberry Pi. A system uses Wi-
Fi technology as a communication protocol
to connect system components. A home
automation system consist of two main
components; the first part is android
application that can give orders to units
that one wishes to control by locally or
remotely and the second part is Raspberry
Pi that has an appropriate interface to
sensors and appliances of a home
automation system and communicates with
android application through wireless
technology

12. Author Title Description
Diaa Salama Abd-
Elminaam, Ahmed A.
Toony, Egypt (2018)
SHAS-IoT : Smart Home
Automation System
(SHAS) using Internet of
Things (IoT) to Improve
Safety and Security
SHAS using IoT and using
Bluetooth as a wireless
network, sensors network,
Arduino and mobile
application in the process of
developing. Smart home more
exactly describes homes in
which closely-everything
lights, employments and
cooling systems and others
are remotely controlled by
mobile application.

13. METHODOLOGY

14.  FRAMEWORK
PROCESS MODEL

15. FRAMEWORK

16. FRAMEWORK

17. - Hardware Component
- Software Component
DATA MODEL

18. Raspberry pi
 Easy to use
 Compatible with part and sensor
 Main board
ESP8266
 Compatible with Raspberry pi
 Connect to wireless network (Wi-Fi)
 Low cost
Hardware Component

19. Mini Breadboard
 Easy to setup
 To connect all the input and output of
the circuit
DHT11 temperature and humidity
Sensor
 Provides digital temperature
and humidity
readings
 Really easy to set up, and only requires
one wire for the data signal
Hardware Component

20. Light Dependent Resistor (LDR)
 Adjustable trigger level from
preset.
 Compatible with Raspberry pi
Hardware Component

21. Android Studio IDE
 To write and upload code to android
studio
 Easy to use software
 Use basic Java
Google Firebase
 Mobile and web application development
platform
 Easy to use
Software Component

22. PyCharm
 Easier for programmers to write in
Python languages
 Free and open-source software
Python
 High level programming language
 Easy to use and understand to update
code for Raspberry pi
Software Component

23. PROOF OF CONCEPT
 Interface
 Flowchart

24. Interface

25. Interface

26. FLOWCHART
Flow chart for Android app
sends status to smart switch
node.
Flow chart for smart switch
node sends status to Android
app.

27. EXPECTED RESULT
At the end of this project, the expected outcome from this project will be :
 Make life better and able to help users especially disabled people to
control the appliances
 Energy consumption of a household can be reduced
 Fuzzy Control System for Smart Home Application is fully developed,
installed and functioned for user to use

28. Gantt Chart
Task FYP1 W
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2
W
3
W
4
W
5
W6 W7 W
8
W
9
W
10
W1
1
W1
2
W1
3
W
14
Project Title Proposal
Research
Proposal Presentation
Development of
Methodology
Report Drafting of Proposal
Final Presentation
Report Submission

29. REFERENCES
1) A.S.Biradar, S.B.Dhage, V.V.Jamadar, H.S.Kasar, Prof.Javed
Shaikh. SKN-SITS, Dept. of E&TC, Lonavala , (IJARCET) April
2016 Smart Home Automation System
2) Sharon Panth, Mahesh Jivani, Department of Electronics,
Saurashtra University, 2013, Home Automation System (HAS)
using Android for Mobile Phone
3) Prachi Bhure, Naziya Pathan, Shyam Dubey, Maharashtra,
India (2016) Android Based Automation System for the next
Generation of Technology using Wi-Fi
4) Diaa Salama Abd-Elminaam, Ahmed A. Toony, Egypt (2018) ,
SHAS-IoT : Smart Home Automation System (SHAS) using
Internet of Things (IoT) to Improve Safety and Security

30. “ Thank You
30