Automatic Parking System is an easy project. Information given below demonstrates how to code, connect the various components of the system.
Building a rain sensing alarm with Arduino.
ObdiiUartMkrShield is a socket board for Arduino MKR board to talk with vehicles through ODB-II interface.
Curious about autonomous driving, AI and neural networks? Build your own autonomous driving car and get your hands on these topics!
Detection of pedestrian while driving which are not in the line of sight of the driver by the micro-doppler signature generated by movement.
A Texas Instruments MSP430 designed to input driver data using ADC, handle logical faults, and output via CAN-Bus using SPI.
This system will help prevent accidents caused by drunk driving.
Record IMU and GPS data from your motorcycle with Arduino and the RideData.net Android App! Recording gravity data has never been so fun!
How to transmit and receive high speed CAN or CAN FD messages using Raspberry Pi.
Bicycle with calories burned indicator system. Data will also be uploaded to cloud for analyzing the trends in terms of calories burned.
The robot tank learned to follow unmarked walkway using OpenCV and TensorFlow.
A smart, low-cost advanced driver assistance system powered by a Sony Spresense board.
Gather in-vehicle sensor data (temperature, force, etc. ) to help compare with data sent by vehicle sensors.
In this blogtut, we made a simple but advanced online axial monitoring system using basic nodes of the Node-RED.
Want to track your child's driving habits? Want to alert them as to their speed or excessive speed? Sony's Spresense can support you!
Solid State Precharge CoolMOS solution for automotive HV battery.
Objectives of this project include self-driving on track, obstacle detection, and collision avoidance.
Rover project using the Renesas Synergy S7G2 MCU on board a Future Designs SYG-SOM module powering a Dagu Rover5 chassis/motor controller.
A simple lane detection system I had developed a while back.
An intelligent drive.
120 kW Quad Inverter developed by the UW-Madison Formula SAE Electric Team.
Monitors the temperature, voltage, and current of our high voltage battery that powers our car!
Steering wheel with an integrated LCD screen to view racecar stats and buttons to change racing modes and torque vectoring on the fly.
Functional and Hardware Safety is a big thing for the Hercules micro controller family.