SEMINAR REPORT.docx

SEMINAR REPORT ON MISSILE DETECTION AND DESTROYING SYSTEM

 Subm  Submi tted by  AJITH M (Reg No.16031520)

Under nder the g uid ui dance of  Mr.FAIZ ALI

I n par par tia tial full f ull fi llm llment fo for the awar d of the deg r ee of  DIPLOMA IN ELECTRICAL &ELECTRONICS &ELECTRONICS ENGINEERING

DEPARTMENT OF ELECTRICAL &ELECTRONICS ENGINEERING ARIES POLYTECHNIC COLLEGE MATTATHUKKAD, PALAKKAD –  678581  678581 2018- 2019

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DEPARTEMENT OF ELECTRICAL &ELECTRONICS ENGINEERING ARIES POLYTECHNIC COLLEGE MATTATHUKKAD, PALAKKAD 2018- 2019

CERTIFICATE

This is to Certified that the seminar report titled “  MISSILE DETECTION AND DESTROYING SYSTEM ” was presented by “AJITH M(Reg No.16031520) under my Supervision towards the partial fulfillment for the requirement for the Diploma in Electrical & Electronics Engineering the Directorate of Technical Education, Kerala state during the year 2018  –  2019.

Signature of the Guide

Mr.FAIZ ALI

Signature of the HOD

Mr.MANIKUMAR N

.

Internal Examiner

APTC PALAKKAD

External Examiner

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ACKNOWLEDGEMENT

Apart from my effects, the success of this seminar depended gravely on the encouragement and guidelines of many others .I take this opportunity to express my gratitude to the people who have  be instrumental in the successful completion of this seminar. First of all I am grateful to the principal Mr.SHAJU G.I Aries polytechnic college for  providing me with best facilities and atmosphere for the creative work. I express my sincere thanks to Mr. MANIKUMAR N, Head of the Department of Electrical & Electronics Engineering for providing necessary facilities throughout the work for the completion of the seminar, I express my gratitude to my Mr.FAIZ ALI Lecture, Department of Electrical & Electronics Engineering who has been a constant source of encouragement and shall be ever grateful to her valuable in  –   depth discussion and suggestions throughout for the successful completion of this seminar work. Gracious gratitude to all the other facility of the Department of Electrical & Electronics Engineering and friends for their valuable advice and encouragement.

AJITH M Reg No.16031520

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Abstract This proposed system uses an ultrasonic module interfaced to a microcontroller of 8051 family. An ultrasonic transducer comprising of a transmitter and receiver are used. The transmitted waves are reflected back from the object and received by the transducer again. The total time taken from sending the waves to receiving it is calculated by taking into consideration the velocity of sound. Then the distance is calculated by a program running on the microcontroller and displayed on an liquid crystal display screen interfaced to the microcontroller through ZigBee Wireless communication. The circuit is used to receive the reflected signals of 40 KHz from the missile object, to feed that to a program of the microcontroller and to switch on appropriate load while the program is executed at the microcontroller. When the microcontroller receives the signal from ultrasonic receiver it activates the door gun by triggering the gate of MOSFET through a transistor or relay. The sensor is fitted on antenna and is rotated and controlled by stepper motor through 360 degrees. If  there is any target within the detection range, the application will turn the launcher to the nearest detected target and fires.

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CONTENTS

ACKNOWLEDGEMENT ABSTRACT LIST OF FIGURES

CHAPTER NO

CHAPTER NAME

1

INTRODUCTION

2

ARCHITECTURE OF PROPOSED SYSTEM 2.1 Microcontrollers

2.2 Ultrasonic Transducer

PAGE NO

01

02 02 03 04

2.3 ZigBee Wireless Communications

3

Keil Software 3.1 Keil C Cross Compilers Experimental Setup Testing

05 05

06

4

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5

5.1.Rf Module 5.2.Robot Chassis 5.3.Stepper Motor 5.4.Ultrasonic Sensor 5.5.LASER (Light Amplification Emission (of) Radiation) 5.6.Wireless Video Camera 5.7.Video Camera 5.8.The Receiver 5.9.Video Transmitter 5.10.Software 6

08

Parts and software

08 08 09 09

(by)

Stimulated

10 10 11 11 11 12 12

Results and Discussion

13

6.1.Future Scope

13

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LIST OF FIGURES

Fig No

Name Of Figer

Pag No

1

Block Diagram of Microcontroller based Missile Object Detector

3

2

Block Diagram of Microcontroller based Zigbee Wireless Key pad controller.

3

4

Zigbee protocol stack.

4

5

Zigbee protocol stack.

4

6

Experimental Setup.

6

7

Wireless Key pad controller with Zigbee interface .

7

Rf Module

8

Robot Chassis

9

Stepper Motor 

9

Ultrasonic Sensor 

10

LASER

10

diagram of wireless video camera

11

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