Project Title
Digital Appliance Control
(DAC)
Project Advisor
1. Mr. Inaam_ul_Haq
2. Mr. Ali Lodhi
Particulars of the students:
S. No Registration# Full name CGPA Signatures
1 FA16-MCS-B11-039 Aqeel-ul-Rehman 2.6
2 FA16-MCS-B11-037 Mouzzam Zakriya 2.5
3 FA16-MCS-B11-014 Rizwan Ali 2.83
Advisor’s Consent
I Prof. Mr. Inam-ul-Haq am willing to guide these students in all phases
of above-mentioned project / thesis as advisor. I have carefully seen the
Title and description of the project / thesis and believe that it is of an
appropriate difficulty level for the number of students named above.
Signatures and Date
Co-advisor’s Consent
I Prof. Mr. Ali Lodhi am willing to guide these students in all phases of
above-mentioned project / thesis as advisor. I have carefully seen the Title
and description of the project / thesis and believe that it is of an
appropriate difficulty level for the number of students named above.
Signatures and Date
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PROJECT PROPOSAL
DAC
(Digital Appliance Control)
Presented by:
NAME AND REGISTRATION NO
1. RIZWAN ALI
FA16-MCS-B11-014
2. MOUZZAM ZAKRIA
FA16-MCS-B11-037
3. AQEEL-UL-REHMAN
FA16-MCS-B11-014
Faculty of Computer Science
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COMSATS Institute of
Information and Technology
Abstract
Product is being designed for user help to organize and manage the user
appliance and Vehicle’s on/off and Lock System. App is of the user to
control devices through WIFI and Bluetooth technology. This application
is Android based. Functional requirement are based on embedded and
digital based devices. This application is work according to User
affiliation. Without user permission vehicle will not in active mode.
Vehicle automatically locks the vehicle when android app increases the
distance out of 50 feet from vehicle. When anybody will touch the
vehicle one notification will send automatically to the android app and
alert about vehicle.
1. Clear Statement of the Problem
Basically problem is vehicle's safety. Many thieves are around our which
are waiting for leave vehicle. When we leave our vehicle alone, they use
different techniques like keys, and many other tools for unlock the
vehicle and we lose our vehicle. That's why now we are working to save
motorbikes through android app; with this technique we can save any
vehicle.
Objectives
App will control all embedded devices through Bluetooth or WIFI.
Access given in Net available area or Bluetooth connection range.
Vehicles lock can control using app
App capable to control devices through net
User can feed time period for devices to ON/OFF
App able to do device ON/OFF on specific duration of time
App device will work like an local host to provide network access
to app
Device will able to control things in network accessed areas.
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1. Motivation
This is mainly proposed to accomplish the client safety on behalf
of client. If client will check status of app and look after appliances
Client will definitely got benefits. App will control the devices only
when each and every appliance will be in reach of Used Network
devices. Will control only prescribed functions
2. Introduction and Background
This version 1.0 of DAC, an embedded system Product is being designed
for user help to organize and manage the user appliance and Vehicle’s
on/off and Lock System. DAC is an android app. DAC will work using
WIFI, Bluetooth and computer software engineering. Main While this
app will enhance the idea of Wireless and Bluetooth connection with
electronics things to control them. Application is local host to provide
networking mesh to control linked IP of the Devices. Intended Audience
and Reading Suggestions. Auridon technology used to control the
Bluetooth services. And microcontroller Chips is being used to control
WIFI and GPRS, GPS, GSM, CSDM, EV-DO and HDSF protocols will
manage WIFI and Bluetooth connectivity to manage devices.
3. Project Plan / Schedule
No. Activity Duration(day)
1 Project Idea 20
2 Kick off meeting 30
3 Pre-feasibility study of the project 15
4 Administrative approval of the project 10
5 Preparation of DPR 20
6 Sanctioning of DPR 15
7 Implementation of the project 120
8 Overview of the progress 30
9 Sending the completion report of the project 10
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6.1 Key Milestones of the Project with dates
Key Milestones of the Project with dates
S. No Elapsed time since start of the Milestone Deliverable
project
1. Analysis & Complete Research
Requirements Proposal
2. Planning, scheduling Report
and purchase of
hardware
3. Modeling & design Report
4. Coding & testing Software System
5. Deployment Hardware &
Software System
4. Resources Required
Platform Android OS, v5.0(Lolli Pop)
Chipset Qualcomm MSM
Processor Hexa-core (4x1.4 GHz Cortex-A53 & 2x1.8
GHz Cortex-A72)
Micro CPU 8051 Series Microcontroller
Micro Sensors .NOW ARCH
ARM 32 bit Cortex M3STM32F103
Bluetooth Devices V.4.0 (aka ready state )
5. Tools and Technology
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Android Studio 2.3
Bluetooth Devices
Micro Sensors
Micro CPU
Processor
Chipset
WIFI hotspot
3g net supported
Android Phone
Motorbike
6. Scope of Proposed Solution
According to our survey which we have done to check the
feasibility of this project, the modules that are selected to be implemented
in DAC_BIKE are the modules that are found as a prior need for those
users who is used any location ignite the bike and decrease the
temperature in summer and in winter check the humidity and ON heater
trace the bike in any misshape. Bit Igniter Bike Sensing App is an attempt
to develop a kind of system which can help for the survival of humanity
in disastrous scenarios. The system enables to perform the following
function Ordinary bike remote work in limited range, through this App
distance not matter to real time tracking, ignite the bike and switch on
AC.
•This application can fulfill the requirements of all kind of users.
•Users can choose service according to their needs.
7. Functional Requirements
Functional requirements are the
requirements that should be provided by an application. It is defined as a
service statement. Functional requirements tell how an application should
behave in different situations and how it will react to a particular input.
Functional requirements of the DAC_BIKE are as follows:
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Two types of the functional requirements
Software Functional requirements
Hardware Functional requirements
7.1.1 Software Functional requirements
Bluetooth Controlling
Send SMS
Get SMS
Track bike In case of mishap
7.1.2 Hardware Functional requirements
Senses the location of the bike through the GPS sensor
Sending Data to App
Send Notification when anybody touch the bike.
Send command to bike to perform the selective functionalities
Microcontroller control the user command
7.2.1 Non-Functional Requirements
Non-functional requirements are the constraints
or checks on the services and functions provided by an application such
as constraints on the development standards/process and constraints of
time etc.
Non-Functional requirements of DAC_BIKE are as follows:
Application provides better response and performance. It shall take
initial load time of Google Maps v2.2 depending on internet
connection strength.
Application is efficient.
Application is user interactive.
Application is secure by using different standard authentication.
Application is usefulness means must meet relevant needs.
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References
1. G.M. Araujo, F. Siqueira, “The device service bus: a solution for embedded device
integration through web services,” proceedings of the 2009 ACM symposium on
Applied Computing, 2009, pp. 185-189.
2. X. Huaiyu, S. Ruidan, H. Xiaoyu, and N. Qing, “Remote Control System Design
Based on Web Server for Digital Home,” Proceedings of International Conference on
Hybrid Intelligent Systems, Shenyang, 2009, pp. 457-461.
3. HSE Portable appliance testing FAQs
4. Memorandum of guidance on the Electricity at Work Regulations 1989. Guidance on
Regulations
5. HSE guidance on PAT testing
6. UK Health and Safety Executive – Portable appliance testing myths debunked
7. IET/IEE Code of practice for in-service inspection and testing of electrical equipment
8. HSE Maintaining electrical equipment safety
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