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Design And Construction Of A Microcontroller Based Security System With Intruder Position Display
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CHAPTER ONE
INTRODUCTION
1.0 BACKGROUND:
The microcontroller Based Security System with Intruder Position Display is a design that applies automated security system in homes, Industries, military etc. The project will feature a system that will track the presence of an intruder in restricted area and also inform the user about the position of the intruder.
This Project will be based on microcontroller and other electronic design to achieve the above stated purposes. The interfacing medium will make use of parallel port. The sensors (Light Dependent Resistor and LEDS) will receive the signal when the intruder is around wile the control program will translate the received signal from the sensors to useful information about the function of the system.
In this design we have implored the use of both hardware and software to bring about the entire project. The hardware components are solely coordinated by the AT89S52 micro controller chip while the assembly programming language is used to program the chip
1.1 Aims and Objectives of the Project
Environmental security against an intruder has become a thing of individual, national and international concern. The essence of this project is to provide a cost effective and more efficient security system in areas like homes, industries military etc.
The application of this project will enhance effectiveness necessitating to security measures. It relevance, upgrades the conventional security system to automated system that will require little of human intervention.
This project will also build a platform for further sophistication of automated security system by detailing all the measures taken in realizing this system.(microcomputer Based Security System). This will ensure a complete intruder proof system which will take care in this design we have implored the use of both hardware and software to bring about the entire project. The hardware components are solely coordinated by the AT89S52 micro controller chip while the assembly programming language is used to program the chip
1.2 Project Justification
Environmental security against an intruder has become a thing of individual, national and international concern. The essence of this project is to provide a cost effective and more efficient security system in areas like homes, industries military etc.
The application of this project will enhance effectiveness necessitating to security measures. It relevance, upgrades the conventional security system to automated system that will require little of human intervention.
This project will also build a platform for further sophistication of automated security system by detailing all the measures taken in realizing this system.(microcomputer Based Security System). This will ensure a complete intruder proof system which will take care of future intrusion technique.
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ABSRACT - [ Total Page(s): 1 ]During the invention of security system alarms, in the early 80s technology of system shadow which involves lighten and sensing of objects was at that age found during their experiments using a special material know as light dependent resistor which its family lies in the resistance serials. The development of technology in the world today has yielded many design purposes to inventors depending in the requirements of their design. The growth of theft around the world has led to the inventions of ... Continue reading---
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ABSRACT - [ Total Page(s): 1 ]During the invention of security system alarms, in the early 80s technology of system shadow which involves lighten and sensing of objects was at that age found during their experiments using a special material know as light dependent resistor which its family lies in the resistance serials. The development of technology in the world today has yielded many design purposes to inventors depending in the requirements of their design. The growth of theft around the world has led to the inventions of ... Continue reading---
CHAPTER ONE -- [Total Page(s) 1]
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CHAPTER ONE -- [Total Page(s) 1]
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