Summer Project 2016 !!

This project had two main parts. The initial part of the project was to program a remote-controlled car to be controlled by a variety of controllers. The second part of the project was to program the remote-controlled car with a basic collision-avoidance algorithm. This algorithm utilized the surrounding environmental information to determine a …

Secure blockchain encryption demonstrated through embedded system autonomous cars using Xbee, ultrasonic sensors, and LIDAR sensors (Raspberry Pi side, OOP Python) Arduino side: https://github.com/nathancy/Arduino-Robotics

Ultrasonic Radar using Arduino

A proof of concept of an autonomous vacuum cleaner

A robot which is used for detecting obstacles and avoiding the collision.

This is the Arduino line tracer from CODEGATE 2017. / CODEGATE 2017에서 만든 아두이노 라인트레이서입니다.

Drop your luck and find out in real time how many seats your public transport has available.

The code of obstacle avoiding drone implemented on raspberry pi 3 using four ultrasonic sensors(ping sensors).

An uber unique idea to digitalize handwriting on a chalkboard or whiteboard fitted with our sensors using Arduino UNO and ultrasonic sensors.

Code for autonomous bipedal robot that uses ultrasonic sensors and servo motors to "sumo-wrestle" other robots out of an arena.

🚗 An autonomous robot navigating its way to the future through ultrasonic sensors

Source code and project files for a Bicycle Sensor built as apart of ECE 298 - Instrumentation and Prototyping in the Fall 2019 term at the University of Waterloo.

Hardware project which uses Pi camera and mobileNet SSD to classify obstacles and measure distance using ultrasonic sensors. Conversion of obstacle detected as a warning signal in speech using espeak module. Implemented the project on raspberry pi and interconnected all the hardware components using GPIO pins to switch between modes through push…

Intelligent Navigation System of mobile robot with ten Ultrasonic sensors, user interface via C# Windows Form Application, instructions and videos on how to assemble mobile robotic platform

Matlab implementation of Neural Networks Results for Alarm-Warning Control System of mobile robot with five Ultrasonic sensors

The purpose of this project is to build a tool which can control media playback in PC using ultrasonic sensors. Using Arduino to interact between ultrasonic senor and computer. The Arduino can be connected to the Laptop for powering the module and also for Serial communication. Once the connections are done place them on your monitor as shown be…

Parking sensor to track number of empty spaces in parking lots.

System that detects danger levels relative to drivers. Once a driver overpasses a biker, the system detects this unauthorised act, and responds by recognising the car plate in order to contact law enforcements..

Navigate the world with haptic feedback for visually impaired people