Gsm Based Anti Theft System

Only available on StudyMode
  • Topic: Alternating current, Capacitor, Rectifier
  • Pages : 48 (11778 words )
  • Download(s) : 849
  • Published : April 20, 2012
Open Document
Text Preview
________________ ____________ (Head of the department, ECE) (Assistant Professor)

EXTERNAL EXAMINER
ACKNOWLEDGEMENT

The satisfaction and euphoria that accompany the successful completion of any task would be incomplete without the mentioning of the people whose constant guidance and encouragement made it possible. We take pleasure in presenting before you, our project, which is result of studied blend of both research and knowledge.

We express our earnest gratitude to our internal guide, Assistant Professor K.SRINIVAS RAO, Department of ECE, our project guide, for his constant support, encouragement and guidance. We are grateful for his cooperation and his valuable suggestions.

Finally, we express our gratitude to all other members who are involved either directly or indirectly for the completion of this project.

DECLARATION

We, the undersigned, declare that the project entitled ‘GSM BASED ANTI-THEFT SYSTEM ’, being submitted in partial fulfillment for the award of Bachelor of Engineering Degree in Electronics and Communication Engineering, affiliated to JNT University, is the work carried out by us.

CONTENTS PAGE NO.

(WRITE UR COMPONENTS LIST AS PER UR PROJECT)

1. ABSTRACT

2. INTRODUCTION TO EMBEDDED SYSTEMS

3. BLOCK DIAGRAM OF THE PROJECT

4. HARDWARE REQUIREMENTS

4.1 TRANSFORMERS

4.2 VOLTAGE REGULATOR (LM7805)

4.3 RECTIFIER

4.4 FILTER

4.5 MICROCONTROLLER (AT89S52/C51)

4.6 GSM COMMUNICATION

4.7 GSM MODEM

4.9 SMART CARD MODULE

4.10 KEYPAD

4.11 LCD DISPLAY

4.12 MAX-232

4.13 DB9 CONNECTOR

4.14 ENERGY METER

4.15 BC547

4.15 OPTOCOUPLER

4.16 1N4007

4.17 RESISTOR

4.18 CAPACITOR

5. SOFTWARE REQUIREMENTS56

5.1 IDE57

5.2 CONCEPT OF COMPILER57

5.3 CONCEPT OF CROSS COMPILER58

5.4 KEIL C CROSS COMPILER59

5.5 BUILDING AN APPLICATION IN UVISION259

5.6 CREATING YOUR OWN APPLICATION IN UVISION259

5.7 DEBUGGING AN APPLICATION IN UVISION260

5.8 STARTING UVISION2 & CREATING A PROJECT61

5.9 WINDOWS_ FILES61

5.10 BUILDING PROJECTS & CREATING HEX FILES61

5.11 CPU SIMULATION62

5.12 DATABASE SELECTION62

5.13 START DEBUGGING63

5.14 DISASSEMBLY WINDOW63

5.15 EMBEDDED C64

6. SCHEMATIC DIAGRAM66

6.1 DESCRIPTION67

7. LAYOUT DIAGRAM71

8. BILL OF MATERIALS72

9. CODING75

9.1 COMPILER76

9.2 SOURCE CODE84

10. HARDWARE TESTING 88

10.1 CONTINUITY TEST88

10.2 POWER ON TEST89

11. RESULTS 69

12. CONCLUSION 93

13. BIBLIOGRAPHY94

LIST OF FIGURES PAGE NO.

2(a) EMBEDDED DESIGN CALLS 19

2(b) EMBEDDED DESIGN CYCLE 19

3 BLOCK DIAGRAM OF THE PROJECT

4.1(a) A TYPICAL TRANSFORMER 26

4.1(b) BLOCK DIAGRAM OF VOLTAGE

REGULATOR 28

4.3 PERFORMANCE CHARACTERISTICS

OF VOLTAGE REGULATOR21

4.4 BLOCK DIAGRAM OF AT89S5224

4.5 PIN DIAGRAM OF AT89S52...
tracking img