CONTENTS
CHAPTER TITLE PAGE
PROJECT TITLE i
DECLARATION iii
DEDICATION v
ACKNOWLEDGEMENT vi
ABSTRACT vii
ABSTRAK viii
CONTENTS ix
FIGURES xiii
FLOW CHARTS xv
TABLES xvi
ABBREVIATIONS xvi
I PROJECT INTRODUCTION
1.1 INTRODUCTION
1 1.2 OBJECTIVES
2 1.3 SCOPE
3 1.4 PROBLEM STATEMENT
4 1.5 SYSTEM OPERATION
5 1.6 THESIS STRUCTURE
6
CHAPTER TITLE PAGE
II LITERATURE REVIEW
2.1 INTRODUCTION 7
2.2 THE CONCEPT OF PROJECT 7
2.3 THE ADVANTAGES AND BENEFITS OF THE PROJECT
9 2.4
GSM MODEM
2.4.1 Introduction 9
2.4.2 What is GSM modem 9
2.4.3 Architecture of the GSM modem 11
2.4.4 Structure of GSM modem 2.4.4.1 GSM Cellular Modem
16 2.4.4.2 16C550 Compatible UART 18
2.4.4.3 IO Interfaces 18
2.4.4.4 Mechanical Description 19
2.4.4.5 Connector Description 19
2.4.5 How use Microsoft Hyper Terminal to send AT Commands to GSM modem?
2.4.5.1 What is Microsoft Hyper Terminal? 19
2.4.5.2 The procedure for sending AT Command to a Mobile Phone or GSM Modem using
Microsoft Hyper Terminal 20
2.5 SERIAL CONNECTIONRS232 TO SYSTEM 2.5.1 Introduction
24 2.6 SHORT MESSAGE SERVICE SMS
2.6.1 Introduction 24
2.6.2 What is SMS gateway? 25
CHAPTER TITLE PAGE
III PROJECT METHODOLOGY
3.1 INTRODUCTION 28
3.2 OVERVIEW OF LITERATURE REVIEW 28
3.3 CONCEPT DEVELOPMENT
3.3.1 SMS
Concept 29
3.3.1.1 Sending Data Concept 30
3.4 SYSTEM DEVELOPMENT
35 3.5 WORKFLOW
3.5.1 System
Design 36
3.5.2 Literature
Review 36
3.5.3 SMS
Concept 38
3.6 MICROSOFT ACCESS
2003 3.6.1
Introduction 40
3.6.2 Objectives
41 3.6.3 Overview of using Microsoft Access 2003
41 3.7 VISUAL BASIC.NET
3.7.1 Introduction
44 3.7.2
Objectives 45
3.7.3 Overview of using VB.Net 45
IV IMPLEMENTATION AND RESULT
4.1 INTRODUCTION
47 4.2 PROCESS DESCRIPTION
4.2.1 Accident
Detector Display
Screen 47
4.2.2 Other
Interface 51
4.3 PROJECT SOURCE CODE 4.3.1
The declaration
of Source
Code 57
CHAPTER TITLE PAGE
V CONCLUSION AND FUTURE DEVELOPMENT
5.1
Introduction 58
5.2 Discussion 58
5.3 Conclusion 5.4 Suggestion of Future Development
5.3.1 Auto-dial
system 5.3.2
GPS
REFERENCE 62
APPENDIX A 64
APPENDIX B 65
LIST OF FIGURES
NO TITLE
PAGE
1.1 Overview of Receiving Part of Accident Detector System
5 2.1
Action Taken Based On Accident Occur 8
2.2 Logo
of GSM
10 2.3
Structure of a GSM Network Overview 12
2.4 GSM
network Overview
13 2.5
Mobile Phone
14 2.6
Simcard 15
2.7 Siemens
TC35i 16
2.8 Block Diagram of Siemens TC35i
17 2.9 Board Layout of Siemens TC35i
18 2.10 The Screenshot of MS Hyper Terminal’s Connection Description
Dialog 20
2.11 The Screenshot of MS Hyper Terminal’s Connect to Dialog Box 21
2.12 The Screenshot of MS Hyper Terminal’s Properties Dialog Box 22
2.13 RS232 Converter from 15pins to USB port 23
2.14 A SMS Gateway acts as a Relay Between Two SMS Centers 25
2.15 A SMS Text Messaging Application Connection to SMSC without SMS gateway
26 2.16 A SMS Text Messaging Application Connects to Mobile Phones or
GSM Modem through a SMS Gateway. 27
3.1 SMS Concept
30 3.2
How The Data Sent Through Accident Detector 31
3.3 Overview
of Accident
Detector’s Work 31
3.4 Types
of Accident
32 3.5
Block Diagram of Accident Detector System 35
NO TITLE
PAGE
3.6 Overview
of System
Design 35
3.7 Microsoft
Access 2003
Interface 42
3.8 Database
Window 42
3.9 VB.net
Initial Window
46 4.1
GSM Connect
to LaptopPc
47 4.2
Display Screen before Received SMS Data 48
4.3 Display Screen after Received SMS Data
49 4.4
System Security 51
4.5 GUI
of Main
Menu 52
4.6 GUI
to Connect
to GSM
modem 53
4.7 GUI of Data User
55
4.8
GUI of
Contact Information
56
LIST OF FLOW CHARTS
NO TITLE
PAGE
3.1 Overall of system design
37
3.2 Workflow of Literature Review
