Internet of Things (IoT) and Android-based Automation System

8/10/2019 Internet of Things (IoT) and Android-based Automation System

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Internet of Things (IoT),Android-based

Automation SystemGroup Members:

Amar Jeet [BECS/H/F10/0117]

Uzair Ahmed [BECS/H/F10/0118]

Project Supervisor:

Asst. Prof. Shams-ul-Arfeen

Project Co-Supervisor:

Engr. Abdul Haseeb


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Introduction to the Technologies

Automation Systemmechanization and automatic

control of various residential/industrial/official activities

Internet of Things (IoT)an infrastructure of

interconnected and recognizable devices and systems


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Project Objectives

Research: Study and discuss the Internet of Things

approach for different aspects of control and automation

Design: Conceive a general approach for a mesh of

interconnected devices that can communicate and take

orders from userssmartphone via a central hub

Implementation: Create the working prototype and user

applications for demonstration purposes and implement

them to a variety of daily-life devices


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Proposed Architecture

Daily-life user devices and systems (e.g. HVAC, locks,lighting control, power management) connected to the

hub via wireless modules (Ethernet shield, ZigBee etc.)

connected to the internet via Hub (e.g. Router)

User applications to control the devices using differentconnectivity options


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Block Diagram

Result/feedback sent to user

Hub sends command to microcontroller via wireless module

Hub receives Interaction Request

User Input (via Smartphone over Internet)


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Functional Diagram

Smartphone

Internet

Hub

Ethernet

Shield

MMC

uController

Module

Sensors

IP Camera


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Requirements

Hardware Requirements

Sensors (temperature, motion-detection, smoke etc.)

Electronic Modules (Arduino, Ethernet shield, ZigBee etc.)

Router & Connectivity Equipment

Android Smartphone Miscellaneous electronic components

Software Requirements

Android SDK & Eclipse IDE (for Android App development)

Arduino SDK (for module programming)


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Project Timeline

Sr.No.

Allotted Period ofTime for Activity

Milestone Deliverable

1.02 Months

(Sept.Oct. 13)

Complete the Preliminary

Studies & Design

Strategy

Literature Review &

Software Design Document

2.

03 Months

(Nov. 13 Jan.

14)

Refine the Design (if

needed) & develop Basic

Communications Setup

Prototype setup with range of

devices with communication

capability via the Hub

3.02 Months

(Feb.Mar. 14)

Design & Develop Online

Management & Control

Setup

Online Database

Management System &

Control Panel

4.02 Months

(Apr.May 14)

Design & Develop

Android App & Complete

the Setup Integration

Working Android & Desktop

Apps with communication

integration via Hub

5.01 Month

(Jun. 14)

Complete any leftovers &

compile the FYP Report

Complete & Working System

with Documentation & FYP

Report


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Cost Estimates

Item Estimated Cost

Sensors PKR 2,0003,500

Microcontroller Modules PKR 30,00037,000

Wireless Router PKR 2,000

IP Camera PKR 8,000

Miscellaneous elec./mech. components PKR 3,5005,000

Grand Total PKR 45,50055,500


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Applications & Benefits

Services

Control & Automation

Security & Surveillance

Generic Design Approach

Little modification required to adapt according to user needs

Cost-effective Solution

Ease-of-Use

User-friendly App interface Easy to update and modify

Device-based Installation

Complexity depends on the specific needs of individuals


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Thank You!Any questions, comments or suggestions arewelcome!

Documents

Internet of Things (IoT) and Android-based Automation System