DESIGN AND IMPLEMENTATION OF AUTOMATED CAR PARKING BILLING AND MANAGEMENT SYSTEM

Presented To

Computer Science Department

📄 Pages: 53 🧠 Words: 6111 📚 Chapters: 6 🗂️️ For: PROJECT

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ABSTRACT
As we Know, now-a-days population has increased, it also caused to increase Vehicle Population. So, more spaces are required to park our Vehicle. In this project we are introducing a new parking system called Automated Parking System using Web Application. This System gives us efficiency to end vacant slots to park a vehicle in parking area. A user can see if parking slot is available or not using any web application. In short, this system helps us to save our time to nd vacant place to park our vehicle. The application contains the data of all existing vehicles in parking area, the reserved park area, a vacant place to park vehicle etc. The proposed system is made up of a less human dependent interaction. It helps user to nd a parking slot using a short distance algorithm. In our project we use EM 18 module to sense RFID reader, RFID reader to know the status of our parking system. i.e. which car is on which place in parking slot. This system also proposed e-wallet method. This system also includes multilevel parking. We will get to know all these features in brief in our project in detail.

Keywords: Automated parking, Web application, Multi-level parking, e-wallet system.

TABLE OF CONTENTS

Abstract i List of Tables v List of Figures vi

CHAPTER ONE

Introduction 1.1 Problem Statement .

1.2 Aim and Objective 3

1.3 Application and Scope . 4

CHAPTER TWO

Literature Survey 5

2.1 Intelligent Car Parking System . .

2.2 Existing System . .

2.3 Other Technologies 13

CHAPTER THREE

System Design 3.1 UML DIAGRAMS(Use case, sequence, class diagram) . . 17

3.2 Data Flow Diagram 22

CHAPTER FOUR

Hardware And Software Used And Implementation 4.1 Hardware Speci cation . 25

4.2 Software Speci cations .

4.3 Implementation . .

4.3.1 System Block Diagram

4.4 Working

4.5 Algorithm . .

4.5.1 Steps .

4.6 Testing .

4.6.1 Unit Testing

4.6.2 Integration Testing . .

CHAPTER FIVE

Result And Conclusion 5.1 Conclusion . . 37

5.2 Future Scope 38

CHAPTER SIX

References

List of Figures

3.1 Use case diagram . 18

3.2 Sequence Diagram (For Entry) 19

3.3 Sequence Diagram (For Exit) 20

3.4 Class diagram 21

3.5 DFD Level 0 . 23

3.6 DFD Level 1 . 24

4.1 System block diagram of Automated car parking system 27

5.1 Login Page of Web Application . . 33

5.2 Admin side Page after logging in an application 34

5.3 User side page after logged in successfully into the web application 35

5.4 Display Screen 36

5.5 Exit Screen 36