Libraries supporting the nRF24L01+ ISM band, low power, wireless transceiver by Nordic Semiconductor

A memory scanning evasion technique

MyPIC is a particle accelerator simulation code based on PIC method. It is developed for the C-ADS simulation, and be widely used at the study of many beam dynamic problems.

DTULidar is a simple cheap prototype to map in 3D using a range sensor and two motors.

The purpose of this project is keep automatically, the luminance in a certain "working range". The luminance and work state data are sended to internet, and are processed using the IoT IBM platform.

Another random repository. In here you'll find random sketches of Arduino code (specifically Arduino Uno).

Macros for Microchip low-end and mid-range processor families. RAM allocation, arythmetics, port pins.

Implementation of a Milking Management System for PIC Microcontrollers.

library that implements boundary conditions for arbitrarily shaped laser beams in electromagnetic codes

Renew PDP3 project - - exploration of plasma wakefield acceleration

Photo-Realistic Facial Details Synthesis from Single Image (ICCV2019 Oral)

Piklab opensource IDE for PIC microcontrollers.

AGV that can track the line on the surface, sense the colored plane, avoid from collisions, communicate with other stations and identify the loads.

Image, GIF and Video enlarger/upscaler(super-resolution) achieved with Waifu2x, SRMD, RealSR, Anime4K and ACNet.

LiteFlowNet: A Lightweight Convolutional Neural Network for Optical Flow Estimation, CVPR 2018 (Spotlight paper, 6.6%)

Grupo para la practica anual de la materia electronica microcontrolada

This protocol is mainly created for the 8 and 16 bits MCU (for example PIC12/16/18 series) in which there is (E)USART module with which the device can connect to another via RS-485 standard.

💡An amazing spot of 80+ projects to step your foot into this ocean of "Internet Of things". Dive deep and explore the fiesta of electronics. Broaden your vision at a single go.😎✔

PiCoPiC is a Code of Particle in Cell. This is 2D3V fully parallel code for kinetic plasma simulations using particle-in-cell method. PiCoPiC is optimized for simulations of interactions between background plasma and multibunch charged particle beams.