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