Scribd
Upload
36 views11 pages

Radar Presentation

The document presents a minor project on a radar system using Arduino, which utilizes radio waves to detect and visualize object positions in real-time. It outlines the objectives, components required, working principles, applications, and potential future developments of the radar system. The project aims to enhance skills in embedded systems and visualization while addressing limitations such as cost and detection challenges.

Uploaded by

testuser6124
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
36 views11 pages

Radar Presentation

The document presents a minor project on a radar system using Arduino, which utilizes radio waves to detect and visualize object positions in real-time. It outlines the objectives, components required, working principles, applications, and potential future developments of the radar system. The project aims to enhance skills in embedded systems and visualization while addressing limitations such as cost and detection challenges.

Uploaded by

testuser6124
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 11

MINOR PROJECT - 2

--------
PRESETED BY:-
Guided by :-
MUNNA KUMAR(0126CS221123)
PRIYANSHU NAVEEN(0126CS221146)
Dr.Priyanka Singh
Radar System Using Arduino

Presented By: [Your Name]


Institution: [Your School/College]
Date: [Insert Date]
Introduction
What is a RADAR ?

Radar, which stands for Radio Detection and Ranging, is a


technology that uses radio waves to detect and determine the
distance, speed, and direction of objects.
It works by transmitting radio signals, which bounce off objects
and return to the radar receiver.

This radar project uses Arduino, ultrasonic sensor, and a servo


motor.
It detects objects and displays their positions in real-time.
Objective

• Design a basic radar system


• Detect object positions and angles using sound waves
• Visualize surroundings in real-time
Modern R adar Uses and
Capabilities
Air and Space Surveillance Marine and Weather
Monitoring
Air traffic control, antimissile Marine radar for navigation,
systems, outer space ocean surveillance, and
surveillance, and guided missile meteorological precipitation
targeting. monitoring.

Advanced Technologies
Digital signal processing extracts information from noisy signals for precise
detection and tracking.
Components Required :-

HARDWARES:-

• Arduino Uno Board


• Ultrasonic Radar
• Servo Motor
• Breadboard
• Jumpers

SOFTWARE:-

Processing Software4.3
Arduino IDE
Working Principle
• Servo rotates the sensor 0–180°
• Ultrasonic pulses detect distance
• Data sent to Processing for radar-like visualization

Flowchart
Algorithm ->
Applications:-

• Robotics and obstacle detection


• Automated security systems
• Educational and demonstration projects

Disadvantages:-
• High Cost
• Line – of – Sight Limitation
• Size and Power Consumption
• Difficulty with small or Non-Metallic Object
Conclusion :-

Arduino radar system is simple yet powerful.


Demonstrates real-time object detection and
scanning.
Enhances embedded and visualization skills.

Future :-
• AI-Enhanced Radar
• Miniaturization
• Automotive Radar
• Energy Efficient Designs and
architecture
• Improved Stealth Detection
Thank You

Questions?

Presented by:

Munna Kumar(1026CS221123)
Priyanshu Naveen (0126CS221146)

You might also like