Ultrasonic-Radar-with-Arduino-project.pptx

Describe the project in ultrasonic rader used to measure distance using arduino

1. Ultrasonic Radar with Arduino Discover the power of Arduino and ultrasonic sensors as we build a radar system that can detect the presence and distance of objects. This project combines hardware, software, and visualization to create a fascinating real-world application of embedded systems. By Faizan Alam Krish Deepak Agarwal Sagar Handa Neelaksh

2. Team Roles Slide Deck Responsible for creating an engaging presentation to showcase the project and its key components. Components In charge of selecting and sourcing the necessary hardware, including the servo motor, ultrasonic sensor, and Arduino board. Coding Develops the Arduino and Processing code to control the hardware and visualize the radar data.

3. Team Roles Documentation Responsible for documenting the project progress, including design decisions, code explanations, and troubleshooting steps. Team Lead Leads the project team, coordinates tasks, and ensures effective communication and collaboration among team members.

4. Project Goal 1 Build Arduino Ultrasonic Radar Design and construct a working radar system using Arduino, sensors, and software to detect the presence and distance of objects. 2 Demonstrate Functionality Showcase the radar system's ability to scan the environment, display distance information, and respond to the detection of objects. 3 Enhance STEM Learning Provide an engaging hands-on project that combines electronics, programming, and data visualization to promote interest in Arduino and embedded systems.

5. Components Servo Motor Precisely rotates the ultrasonic sensor to scan the environment. HC-SR04 Sensor Measures the distance to nearby objects using ultrasonic waves. Arduino UNO Microcontroller board that controls the servo and sensor, and communicates with the visualization software.

6. Software Tools Processing Powerful open-source software used for the real-time visualization of the radar data. Arduino IDE Integrated development environment for writing, compiling, and uploading code to the Arduino board. Serial Communication Enables the Arduino and Processing to exchange sensor data and control information over a serial connection.

7. Project Description 1 Servo Scanning The servo motor slowly sweeps the ultrasonic sensor across the environment, continuously taking distance readings. 2 Distance Visualization The radar data is sent to Processing, which visualizes the distance information in real-time, displaying green for no object and red for an object detected. 3 Interactive Display Users can observe the radar in action, seeing the servo move and the visualization update as the system scans for nearby objects.

8. Building Steps Hardware Setup Connect the servo motor and ultrasonic sensor to the Arduino board, then securely mount the sensor to enable a wide scanning range. Sensor Control Write Arduino code to control the servo movement and retrieve distance measurements from the HC-SR04 sensor. Visualization Develop a Processing sketch to receive the sensor data from the Arduino, and display the radar visualization in real-time.

9. Conclusion Practical Application The Arduino Ultrasonic Radar can be used in various applications, such as home security, robot navigation, and proximity detection. Learning Benefits This project combines hardware, software, and visualization, providing a valuable learning experience in embedded systems and data analysis. Future Enhancements The system can be further improved with additional sensors, improved visualization, and more advanced signal processing algorithms.

10. Thank You