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    Home Automation Using Mobile

    Uploaded by

    vikas upadhyay
    This document describes a home automation system that uses an Arduino Uno, Bluetooth module, relays, and an Android application to remotely control devices in a home. The system allows a user to control appliances and switches via a smartphone app. It provides convenience, energy savings, and accessibility benefits. While effective over short distances, the system has limitations in range, feedback, and number of controllable devices. Future improvements could incorporate internet connectivity for remote control from anywhere.

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    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd

    Home Automation Using Mobile

    Uploaded by

    vikas upadhyay
    125 views19 pages
    This document describes a home automation system that uses an Arduino Uno, Bluetooth module, relays, and an Android application to remotely control devices in a home. The system allows a user to control appliances and switches via a smartphone app. It provides convenience, energy savings, and accessibility benefits. While effective over short distances, the system has limitations in range, feedback, and number of controllable devices. Future improvements could incorporate internet connectivity for remote control from anywhere.

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    Original Title

    HOME AUTOMATION USING MOBILE

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    This document describes a home automation system that uses an Arduino Uno, Bluetooth module, relays, and an Android application to remotely control devices in a home. The system allows a user to control appliances and switches via a smartphone app. It provides convenience, energy savings, and accessibility benefits. While effective over short distances, the system has limitations in range, feedback, and number of controllable devices. Future improvements could incorporate internet connectivity for remote control from anywhere.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    125 views19 pages

    Home Automation Using Mobile

    Uploaded by

    vikas upadhyay
    This document describes a home automation system that uses an Arduino Uno, Bluetooth module, relays, and an Android application to remotely control devices in a home. The system allows a user to control appliances and switches via a smartphone app. It provides convenience, energy savings, and accessibility benefits. While effective over short distances, the system has limitations in range, feedback, and number of controllable devices. Future improvements could incorporate internet connectivity for remote control from anywhere.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 19

    HOME AUTOMATION USING

    SMARTPHONE

    PRESENTATION BY
    SUKIRTI KATHERIA
    SUSHMITA GUPTA
    BIPIN KM. VERMA
    INDEX
    • INTRODUCTION TO THE PROJECT
    • BLOCK DIAGRAM
    • HARDWARE REQUIRED
    • SOFTWARE USED
    • ADVANTAGES
    • DISADVANTAGES
    • REFERENCES
    INTRODUCTION
    1. To develop a Bluetooth/WIFI based home automation
    system with Arduino-UNO Board and an Android
    application.
    2. Remote controlled home automation system provides a simpler
    solution with Android application technology.
    3. Remote operation is achieved by any smart phone/Tablet etc.,
    with Android OS, upon a GUI(Graphical User Interface) based
    touch screen operation.
    BLOCK DIAGRAM
    HARDWARE REQUIREMENTS
    • Arduino UNO
    • Bluetooth Module -HC-05
    • 12V Relay
    • Transistors BC 548, Resistors
    • Power Supply 220v,50Hz.
    • Switch board
    ARDUINO UNO
    • The Arduino Uno is a microcontroller board based on
    the ATmega328P.
    • It has 14 digital input/output pins (of which 6 can be
    used as PWM outputs), 6 analog inputs, a 16 MHz
    quartz
    crystal, a USB connection, a power jack, an ICSP
    header and a reset button.
    • Simply connect it to a Computer with a USB cable or
    power it with a AC-to-DC adapter or battery to get
    ARDUINO BOARD
    ARDUINO UNO SPECIFICATIONS
    • MICROCONTROLLER : ATMEGA
    • OPERATING VOLTAGE 328P
    • DIGITAL I/O PINS : 5V
    • PWM DIGITAL I/O PINS : 14
    • ANALOG INPUT PINS
    : 6
    • FLASH MEMORY
    • CLOCK SPEED : 6
    : 32KB
    : 16MHZ
    BLUETOOTH MODULE
    • For the communication between mobile phone and
    microcontroller Bluetooth module (HC-05) is used.
    • HC-05 is low power 1.8V operation and is easy to
    use with Bluetooth SPP (serial port protocol).
    BLUETOOTH MODULE PIN LAYOUT
    TRANSISTOR BC 547 Resistors
    RELA
    Y
    • Relay is basically an electromagnetic switch which
    can be turn ON and OFF by applying the voltage
    across its contacts.
    • In this project we used a 12V 5 pin relay.
    POWER SUPPLY
    SOFTWARE USED PROGRAMMING
    LANGUAGE
    ARDUINO IDE EMBEDDED C/C++
    ADVANTAGE
    S to use system.
    • It is a robust and easy
    • It will save your energy and money.
    • Provides Security.
    • Convenience and comfort.
    • Can be used by physically challenged and disabled people.
    • Complexity is less as only a single mobile is used multiple devices.
    • Smart home technology.
    DISADVANTAGES

    • Only works for limited range or short distance with in 5-10m


    surroundings.
    • No feedback path.
    • Number of appliances which can be controlled through this
    circuit are limited.
    • Circuit complexity increases as number of devices
    increase.
    FUTURE WORK

    • This setup can further be developed into IOT


    project by using Ethernet arduino and a
    GSM module.
    • So , it can be controlled from anywhere around the
    globe having feedback from the devices to further
    improve the energy savings.
    REFERENCES
    • www.atmel.com
    • www.arduino.org
    • www.beyondlogic.org
    • www.wikipedia.org
    • www.elementzonline.com
    • www.elementztechblog.wordpress.
    com
    THANK YOU FOR YOUR
    ATTENTION
    And thank you for providing us this opportunity

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