Arduino RADAR using Ultrasonic Sensor for Detection and Range

Abstract

In this project, we have designed Arduino RADAR
Model using Ultrasonic Sensor for Detection &
Ranging. RADAR is an object detection system that
uses radio waves to identify the range, altitude,
direction, and speed of the objects. The radar
antenna transmits radio wave pulses that bounce off
any object in its path. The object returns a portion
of the wave received by the receiver which is in line
of sight with the transmitter. This Arduino RADAR
project aims to achieve a radar system prototype
based on an Arduino board, capable of detecting
stationary and moving objects. Arduino is an opensource
computer hardware, open-source software
and microcontroller-based device building kit and
interactive objects that can sense and control
physical devices. Arduino designs and
manufactures software, software and software.
The project is focused on the design of the
microcontrollers. The board contains a
combination of digital and analog input / output (I /
O) pins, which can connect to specific expansion
boards (termed shields). The plates have serial
communication interfaces for loading programs
from personal computers, including Universal
Serial Bus (USB) in the UNO model. The Arduino
provides the built-Indevelopment environment
(IDE) for the programming of micro controlling
system to allow code writing and uploading to the
board. It runs on Mac OS Linux and windows. The
code is written in Java, which is based on Opensource
software and processing. You can use this
program on any board.
The modern uses of radar are highly diverse,
including air traffic control, radar astronomy, airdefense
systems, antimissile systems; marine radar
start locate landmarks and other ships; aircraft
anti-collision systems; ocean surveillance systems,
outer space surveillance and rendezvous systems;
meteorological precipitation monitoring; altimetry
and flight control systems; guided missile target
locating systems; and ground-penetrating radar for
geological observations. High tech radar systems
are associated with digital signal processing and
are capable of extracting useful information from
very high noise levels. The Arduino based project
requires an ultrasonic sensor, the sensor released
the waves which we want to measure the distance of
an object. The microcontrollers of the Arduino
board can be programmed using C and C++
languages. When a code is written in Arduino UNO
IDE software and connected to the board through a
USB cable, Arduino boards have lot of applications
in the present-day scenario, so we have decided to
do a small project on them.