23-09-2014, 10:34 AM
BORDER SECURITY SYSTEM
[attachment=68328]
ABSTRACT
The project here is all about modern Automatic IR Radar with Laser Shoot with latest electronics technology & microcontroller. In infrared radar system, the system includes an infrared laser and associated controller which are adapted to provide a succession of transmit pulses having a relatively high intensity. An optical system directs the transmit pulses to a target scene and collects infrared radiation reflected from the scene. The collected radiation is imaged on a heterodyne detector array together with a locally generated reference infrared beam. A range network is responsive to signals from the detector array to provide signals representative of the range of objects in the target scene. For this project we use a power supply of +5V/500mA.AT89S51 microcontroller is used in this project. The function of the microcontroller is to read the pulses collected by electronics hardware. The collected pulses are analyzed by microcontroller & displayed in per minute format on LCD display. The Automatic IR Radar with Laser Shoot information may be further processed & send to any Display or monitoring station. In our project we will be using a LASER or IR for Radar with Laser Shoot and its presence. We will be using a Shoot for this purpose. to amplify the weak signal received by electrodes without noise. The amplification and filtering is done in multiple stages
INTRODUCTION OF PROJECT
In infrared radar system, the system includes an infrared laser and associated controller which are adapted to provide a succession of transmit pulses having a relatively high intensity. An optical system directs the transmit pulses to a target scene and collects infrared radiation reflected from the scene. The collected radiation is imaged on a heterodyne detector array together with a locally generated reference infrared beam. A range network is responsive to signals from the detector array to provide signals representative of the range of objects in the target scene. A moving target indicator network is responsive to signals from the detector to provide signals representative of the velocity of objects in the target scene.
This project has proven itself an effective weapon, and continues to develop in complexity and capability.
Radar can be briefly defined as method of using radio wave to determine the location of objects in space in relation to a known point. More precise definition of radar is that it is an electromagnetic system for detection, location and sometimes for recognition of target objects, which operates by transmitting electromagnetic signals, receiving echoes from target objects within its volume of coverage, and extracting location and other information from the echo signals. IR Radar is an application of automotive radar, where this type of pulse radar is operating by sending short pulse to make scanning.
SCOPE AND OBJECTIVE
The main objective of this project is to design a project for the security of our border of country and the project is we are working on a project which help protects us, our country from enemies and armed. IR radar is an application of automotive radar the goal of this project is to creat is a working IR radar system to detect proximity targets at an angle of 180 deg with range 10-80 cm.
• High range of detection.
• Low cost microcontroller.
MOTIVATION
In the guidance of Ms Himani Vashisth who motivate us to work on a project for the security of our border of country and the project is we are working on a project which help protects us,our country from enemies and armed. We would like to express my express my gratitude
gratitude to all those who gave me the possibility to complete this synopsis. We want to thank to PDMCEW for giving me permission to commence this project in the first instance and to do the necessary work. I have further more to thank for Ms Himani Vashisth(Astt. Prof.in ECE)for giving me the permission and encouragement to go ahead in this project.
[attachment=68328]
ABSTRACT
The project here is all about modern Automatic IR Radar with Laser Shoot with latest electronics technology & microcontroller. In infrared radar system, the system includes an infrared laser and associated controller which are adapted to provide a succession of transmit pulses having a relatively high intensity. An optical system directs the transmit pulses to a target scene and collects infrared radiation reflected from the scene. The collected radiation is imaged on a heterodyne detector array together with a locally generated reference infrared beam. A range network is responsive to signals from the detector array to provide signals representative of the range of objects in the target scene. For this project we use a power supply of +5V/500mA.AT89S51 microcontroller is used in this project. The function of the microcontroller is to read the pulses collected by electronics hardware. The collected pulses are analyzed by microcontroller & displayed in per minute format on LCD display. The Automatic IR Radar with Laser Shoot information may be further processed & send to any Display or monitoring station. In our project we will be using a LASER or IR for Radar with Laser Shoot and its presence. We will be using a Shoot for this purpose. to amplify the weak signal received by electrodes without noise. The amplification and filtering is done in multiple stages
INTRODUCTION OF PROJECT
In infrared radar system, the system includes an infrared laser and associated controller which are adapted to provide a succession of transmit pulses having a relatively high intensity. An optical system directs the transmit pulses to a target scene and collects infrared radiation reflected from the scene. The collected radiation is imaged on a heterodyne detector array together with a locally generated reference infrared beam. A range network is responsive to signals from the detector array to provide signals representative of the range of objects in the target scene. A moving target indicator network is responsive to signals from the detector to provide signals representative of the velocity of objects in the target scene.
This project has proven itself an effective weapon, and continues to develop in complexity and capability.
Radar can be briefly defined as method of using radio wave to determine the location of objects in space in relation to a known point. More precise definition of radar is that it is an electromagnetic system for detection, location and sometimes for recognition of target objects, which operates by transmitting electromagnetic signals, receiving echoes from target objects within its volume of coverage, and extracting location and other information from the echo signals. IR Radar is an application of automotive radar, where this type of pulse radar is operating by sending short pulse to make scanning.
SCOPE AND OBJECTIVE
The main objective of this project is to design a project for the security of our border of country and the project is we are working on a project which help protects us, our country from enemies and armed. IR radar is an application of automotive radar the goal of this project is to creat is a working IR radar system to detect proximity targets at an angle of 180 deg with range 10-80 cm.
• High range of detection.
• Low cost microcontroller.
MOTIVATION
In the guidance of Ms Himani Vashisth who motivate us to work on a project for the security of our border of country and the project is we are working on a project which help protects us,our country from enemies and armed. We would like to express my express my gratitude
gratitude to all those who gave me the possibility to complete this synopsis. We want to thank to PDMCEW for giving me permission to commence this project in the first instance and to do the necessary work. I have further more to thank for Ms Himani Vashisth(Astt. Prof.in ECE)for giving me the permission and encouragement to go ahead in this project.