Course materials, lab work, and projects from my Computer Architecture course — CSE, Northern University of Business & Technology Khulna.
A working mini radar built with an Arduino, an ultrasonic distance sensor, and a servo motor. The Arduino sweeps the sensor across 180 degrees and streams angle + distance readings over serial, while a Processing sketch renders a live radar display that shows detected objects in real time.
🎥 Live demo: Watch the radar in action on LinkedIn
A servo motor sweeps the ultrasonic sensor across a 180-degree arc. The Arduino measures distance from the echo time and streams each angle + distance pair over the serial port. The Processing sketch (radar.pde) reads that stream and draws the classic green radar sweep, marking detected objects in red.
| File | Description |
|---|---|
Aurdino.cpp |
Arduino sketch — servo control + ultrasonic measurement |
radar.pde |
Processing visualization of the radar sweep |
Project Report/ |
Full project report |
All files live under Project/Aurdino Based Project/01_Military Radar System/.
Arduino board, ultrasonic distance sensor, servo motor, breadboard, and jumper wires.
C++ (Arduino) · Processing (Java-based visualization)
Nazmus Sakib — LinkedIn · GitHub
This repository is licensed under the MIT License — see the LICENSE file for details.