Arduino Object Radar

Processing

Arduino IDE

Jumper wires (generic)

Arduino UNO

SG90 Micro-servo motor

Ultrasonic Sensor - HC-SR04 (Generic)

A Object Radar is a device that measures thedistance from the target to the observer, for the purposes ofsurveying, determining focus in photography, or accurately aiminga weapon. In this technical project, we make a simple radar usingthe ultrasonic sensor, this radar works by measuring a range from3cm to 40 cm as non-contact distance, with angle range between15˚ and 165˚.The movement of the sensor is controlled by using asmall servo motor. Information received from the sensor will beused by “Processing Development Environment” software toillustrate the result on a PC screen.Radar is an object detectionsystem that uses electromagnetic waves torecognize the range, elevation, path, or speedinessof both moving and fixed objects such as aircraft,ships, motor Vehicles, weather formations, andterrain and when instead of electromagnetic waves,we use Ultrasonic waves, it is called an ultrasonicradar. In the moving object required a more no. ofdata to tracking its actual setting such as location,distance, speed. Technologies are used to trackingsystem mainly comprise microcontroller 89c51,ultrasonic module and microwave distance meter.Distance detector is Device capable to measuringthe distance between transmitter and the receiver.The techniques to measuring the distance betweenusing ultrasonic of an object include the pulse echomethod. In that technique burst pulse is send the 40kHz Signal through transmission medium and isreflected by an object kept at specific distance fromthe ultrasonic module.the time interval betweenechoes reflected from object to the module isproportional to the distance of object. The maindrawback of the ultrasonic module is it is a shortrange communication; it fails to measure the longdistance communication. It tracks the object with inthe several range of the module.The main objective of this project is to securethe transportation in fog using Robotics. As one ofthe trends in the development of automation intransportation and vehicles in 21st century, hasbeen researched and developed. Until now thetransportation of vehicles (Trains, Flights) wastotally dependent on weather. In highly foggyweather it is too difficult to drive trains or boardflights due to low density because driver or pilotwill not be able to detect the object on the track dueto fog. So for increasing the accuracy levelmicrocontroller based automatic projectile systemis introduced. The basic idea of this automaticprojectile. Current system is capable to detect anyradiation in the range of track. The proposedsystem is based on Ultrasonic sensor. Theultrasonic sensor provides 2cm to 40cm of noncontact measurement functionality with a rangingaccuracy that can reach up to 3mm. Each ultrasonicmodule includes a transmitter, a receiver and acontrol circuit.Radar is an object detection system that useselectromagnetic waves to identify range, altitude,direction, or speed of both moving and fixedobjects such as aircraft, ships, vehicles, weatherformations, and terrain. When we use ultrasonicwaves instead of electromagnetic waves, we call itultrasonic radar. The main components in anyObject radar are the ultrasonic Sensors. Ultrasonicsensors work on a principle similar to radar orsonar which evaluates attributes of a target byinterpreting the echoes from radio or sound wavesrespectively. Radar’s information will appear indifferent ways. Basic and old radar station usessound alarm or LED, modern radar uses LCDdisplay to show detailed information of thetargeted object.We use Computer screen to show theinformation (distance and angle). A method andsystem for using one or more radar systems forobject detection based on machine learning in anenvironment is disclosed.A scanning radar or combination of radarsmounted on a vehicle or moving object scans theenvironment to acquire information. The radardata may be a 3D point cloud, 2D radar image or3D radar image. The radar data may also becombined with data from LIDAR, vision or both.A machine learning algorithm is then applied tothe acquired data to detect dynamic or staticobjects within the environment, and identify atleast one object feature comprising one of a type,location, distance, orientation, size or speed of anobject.

Arduino Object Radar

An object radar is a device that measures the distance from the target to the observer, for the purposes of surveying and determining focus.