Aditya Ganesh's repositories
zephyr
Primary Git Repository for the Zephyr Project. Zephyr is a new generation, scalable, optimized, secure RTOS for multiple hardware architectures.
three-cuber
3x3 threejs cube package
GPS-TRACKER
It will track the real time gps location of device and send to an app which will plot at present it is sending data using internet but their is future scope of project
Remote-Weather-Station
This project sends temperature and humidity data from sensor to a app using esp-32
HAL_CAN
Implementation of CAN Bus on a stm32f4 discovery board using the HAL_CAN API
esp32FOTA
Experiments in firmware OTA updates for ESP32 dev boards
Identity-cards-using-python
Creating identity cards of a database of people using google sheets and google drive api in python
Kalman
Some Python Implementations of the Kalman Filter
three.js
JavaScript 3D library.
Brick-breaker-using-opencv
In this project will be using any square object which has plain blue colour on it to move the paddle in the brick breaker game the whole game is similar to the original brick breaker game but the paddle will be controlled using a blue square object
Kalman-filter-to-predict-GPS
Here the end goal is to predict accurate GPS location using kalman filter and we will be also implementing IMU as it is one of the inputs to kalman filter
Nodemcu-and-firebase-
Here we will use firebase as our main database server to send and receive sensor data and also create a simple mobile application on which we can see the data visually
Ajax-for-distance-measurement
Using Ultrasonic sensor to measure distance and using nodemcu to send distance onto to a webpage without refresh using ajax
Unate-Recursive-Complement
This is a python code of implementation of Unate Recursive Complement which was a part of my honors assignment in VLSI PART 1:-LOGIC course from coursera
Home-Automation-Using-Nodemcu-and-Thingspeak
Here we use Nodemcu-12e and Thingspeak to create an application of home automation we transmit the pir data which detetcts any motion to our thingspeak server which is then graphed
Arduino
ESP8266 core for Arduino
ledmat
Arduino-based project to make a tournament display for speedcubing and speedstacking that is compatible with all major timers. Uses MAX7219 driven LED matrices as the display.