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Ok so here is the challenge :
I have 72 hours to make a autonomous car for the nxp cup.
So it’s just me alone and a highly sophisticated card from company with a billion dollar net worth , How hard could it be ?
( very hard)
Project about constructing and making automotive car for NXP CUP 2023, qualification round in Brno. It uses NXP board fmuk66v3 for control, Pixycam v2.1 for sensing racetrack and ultrasonic sensor for sensing obstacles.
The goal of the project is to create an intelligent system that recognizes and reacts to twelve keywords such as ON, OFF, etc. These keywords are transmitted from one device to another device over a CANopen network, where LED's respond to these keywords.
With the pandemic forcing us to work in new ways, it is now more important than ever to work smart. Using the RT1020 EVK we can create a DUT Control Harness which can be used to control the power supply of a DUT in a lab, and connect via serial and Ethernet to enable remote access from home.
Down-convert ultrasonics from MEMS microphone using heterodyne/Hilbert/CIC decimation ( no idea which yet!) down to audio frequencies say 0-5kHz. Not only pick up bats but listen to keys being dropped on glass tables and amuse your friends with 3-D printed dog-whistles!
The IMX_MULTIPROTOCOL is an embedded software solutions that allows you to transfer data from USB to all the main digital interfaces - UART, I2C and SPI.This project will help you to analyze and debug all the main digital and analog IC’s as well as lot of IOT and RF demoboard.
The main issue this project will try to address is to improve our sitting habits. The Idea behind the project is to equip the back of your chair with a number of range sensors and measure your sitting position. A user will be notified by a small vibration motor about invalid sitting postion.