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Arduino Radar is a long range object detection system that uses radio waves to establish certain parameters.
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Distance sensor مجسات قياس المسافة
Distance sensors can be either long or short distance and work using echo location techniques like Doppler effect to detect objects. They emit an ultrasonic signal that bounces off a surface and is reflected back to the sensor, allowing the sensor to calculate the distance to the object by measuring the time between emission and reception of the echo. Common uses of distance sensors include air traffic control and car detection systems.
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This document describes an Arduino radar system prototype that uses an ultrasonic sensor and servo motor to detect stationary and moving objects. The system transmits sound waves and receives reflections to determine an object's range, angle, and distance. It has advantages over optical systems by being able to see through fog, snow, darkness and distinguish fixed from moving targets and find targets' distances, angular positions, and locations.
Personal radar ppt 1
The document summarizes a student project to design a short range personal infrared radar system. The system will use an infrared sensor that rotates 180 degrees to detect objects from 10cm to 500cm away. When an object is detected, the microcontroller will activate an alarm sound and display the distance on an LCD screen. It will also illuminate an LED in the direction of the detected object. The students will survey literature on similar infrared and ultra-wideband radar systems and use software like MPLAB and Proteus to program the microcontroller and simulate the system. Potential applications include home security, parking assistance, and driving aids.
XII RADAR SYSTEM.pptx
This document outlines an Arduino-based radar system project created by students for their 12th grade science fair. It includes sections on the technology behind radar systems, an overview of the major components in the Arduino radar system including the board, sensor and screen, demonstration of the system detecting objects within 40cm and displaying real-time data, conclusions about the system's accuracy limitations, and potential future enhancements including increasing the detection range.
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This ppt will helps to get you to make a simulation model of a radar and how Artificial Intelligence can help enhance the
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This document provides a progress report on developing a radar detector using Arduino. The goal is to create a rangefinder device that can measure distance from 3cm to 40cm using an ultrasonic sensor controlled by a servo motor. The theoretical approach, hardware used, software used, circuit diagram, code for Arduino and Processing 3, and current progress are described. The device is able to detect distance and the angle of detection is planned to be increased by adding a second ultrasonic sensor. Future additions may include connecting to a smartphone via Bluetooth and developing a mobile app.
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This document is a project report submitted by Kaushlendra Singh for the partial fulfillment of an M.Sc. degree in Electronics from the University Institute of Engineering and Technology, CSJMU, Kanpur. The report describes the development of a short range radar system called "RANGEFINDER". It includes certificates of submission, acknowledgements, contents, and the introduction which describes the background and motivation for developing such a system.
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Radon is an invisible, odorless gas produced by the decay of uranium ore. Various types of equipment and components have been proposed for use in effective radon detection. In this paper, we describe a radon measuring apparatus that uses an analog CCD image sensor module. Based on our studies, we believe that this system would be helpful in protecting many people from the dangers associated with radon exposure. Chungyong Kim | Gyu-Sik Kim"Implementation of a Radon Counter Measuring Apparatus using CCD Image Sensor Module" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-4 , June 2018, URL: http://www.ijtsrd.com/papers/ijtsrd14337.pdf http://www.ijtsrd.com/engineering/electrical-engineering/14337/implementation-of-a-radon-counter-measuring-apparatus-using-ccd-image-sensor-module/chungyong-kim
LIDAR
Lidar is an acronym for light detection and ranging. It is an optical remote sensing technology that can measure the distance to, or other properties of a target by illuminating the target with light, often using pulses from a laser.
DESIGN AN INFRARED RADAR TRAINING MODULE
This document describes the design of an infrared radar training module that can scan 180 degrees and detect objects from 20-150cm away. An infrared distance sensor is used to detect objects through triangulation by emitting and receiving infrared light. The sensor is rotated by a servo motor controlled by an Arduino, which sends distance and angle data to Processing software to visualize it as a dynamic radar display. The goal is to create a low-cost training module to teach students about radar technology, which could also be applied to home security systems or obstacle detection for robots.
Remote sensing with multiple types of photographs
Remote sensing was conducted using multiple types of photographs from UAVs, digital cameras, aerial photos and satellite data. RGB, near infrared and short infrared images were obtained with high resolution using a UAV and digital camera. NDVI and NDWI indices were calculated from UAV and camera images to monitor vegetation covers and create a land use map of a study site. Finely detailed orthophotos, DEM and indices like NDVI and NDWI were produced, allowing vegetation and land use to be monitored over time.
Project
This project aims to create a rough map of an object using an ultrasonic sensor. The sensor measures distance at different points on the object as it is rotated and moved. These distance measurements are sent to a computer running MATLAB, which processes the data and generates a mesh plot approximating the object's shape. Components needed include an Arduino, ultrasonic sensor, servo motor, and lifting mechanism to move the sensor. Limitations include low precision and the inability to create a full 3D plot. Potential extensions involve adding remote control, improved filtering, and using it to map rooms in dark environments.
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This document describes an ultra wide band radar system for detecting human vital signs through walls. It uses a Doppler radar sensor to detect breathing movements and an IR temperature sensor to measure temperature. Signal processing techniques like the short time Fourier transform and singular value decomposition are used to analyze the radar signals and reduce clutter. The system is able to locate stationary human targets behind a wall by detecting their respiratory movements, without needing physical contact. It has applications in search and rescue operations, surveillance, and detecting humans trapped in enclosed spaces like collapsed buildings or bore wells. The system was implemented using hardware components like an Arduino, Doppler sensor and IR sensor, and software like Arduino IDE. Experimental results confirmed the system's ability to identify human signals non-
Vibration n Float Level Switch Vibration n Float Level Switch.pptx
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Stumags
- 2. PROJECT NAME : ARDUINO RADAR PROBLEM STATEMENT : COOL LOOKING RADAR USING THE ARDUINO BOARD AND PROCESSING DEVELOPMENT ENVIRONMENT SOLUTION : VISUAL REPRESENTATION IN PROCESSING APPLICATION
- 3. INTRODUCTION Visual project A simple radar application Produces sound waves Reflected back, calculating distance based on the time required Both the effective area and the object are taken for precise measurement If the object is within range, red arc is displayed
- 4. COMPONENTS Ultrasonic Sensor HC-SR04 Servo Motor Arduino UNO 5V Power Supply Breadboard and jumping wires
- 5. IMPLEMENTATION The error is decreased by increasing the distance between the object and the sensor. • Weather Predictions • Automobiles • Missiles • Aircrafts
- 6. CONCLUSION • Tested with different types of materials • Transparent objects are also detected • Can be used during nights • Not affected by color