Search Results for "arduino libraries avr"

PICSimLab is a realtime emulator of development boards with MPLABX/avr-gdb debugger integration. PICSimLab supports microcontrollers from picsim, simavr, uCsim, qemu-stm32, qemu-esp32, and gpsim. PICSimLab has integration with MPLABX/Arduino IDE for programming the microcontroller's boards. As the purpose of PICSimLab is to emulate real hardware it does not have any source code editing support. For code editing and debugging the same tools used for a real board should be used with PICSimLab...

An USB programmer for various devices, including PIC, dsPIC, AVR microcontrollers, and various kinds of serial eeproms

Open Source SW/HW Project for Embedded Ethernet Applications. Works with AVR ATmega256/128/103, AVR32, SAM7X, SAM7S(E), SAM9, AT91X40, GameBoy Advance, Cortex M3 / M4 (STM32, NXP LPC, LM3S), Freescale Coldfire, RTL8019AS, LAN91C111, CS8900 and DM9000E chips. Offers a tiny TCP/IP stack including HTTP, FTP and DHCP.

This project is a partial overhaul of the Arduino hardware library, i.e. the main source files that make the core library. The intent is to reduce the overhead introduced by the initial library and eliminate the numerous function calls whenever direct register access is possible.

Simplest of possible kernel for iterative time division multithreading on smallest AVR boards Arduino. This is a small and adapted part of the future "Like OS".

Small, lightweight libraries for the 8-bit AVR family of micro controllers. Focused on being easy to use, reusable and lightweight.

http://luispichio.blogspot.com.ar/ http://luispichio.blogspot.com.ar/2015/05/arduino-generacion-de-senales-de-vga.html http://luispichio.blogspot.com.ar/2016/06/arduino-generacion-de-senales-de-vga.html Videos Arduino DUE https://www.youtube.com/watch?v=ZNadrVivVIQ https://www.youtube.com/watch?v=tSK98D-VxVg Arduino https://www.youtube.com/watch?v=WqUPCK4U-yc https://www.youtube.com/watch?v=_LDAx8MQrDc

... versions of Rodney. We would also like to experiment with a "Delta" version which could use either bare RF or WiFi to exchange state data between machines. A "hive mind" if you like. For the new-generation version, we propose targeting two hardware platforms: 1. Arduino, since it's cheap and easy to use, while remaining close to the bare metal 2. A purpose-built AVR card, or easily ported to cards obtainable from sources such as futurlec.com, etc. RaspberryPi is also an option later

This project is about a light controlling system with a 4 RGB-LED channels to run different modes: • autonomously w/o PC performing HSI2RGB transformations and running through the color hues (with dimmable brightness) • remote operated by PC or embedded user software using the provided C++ Software library (based on Boost libraries) • ideal platform for color experiments with your RaspberryPi The system consists of 4 layers: • PCB with Atmel ATmega16 and FT232RL USB interface...

QUASI is stand-alone AVR RISC processor simulator with debugging features, EDA-like GUI and plugin interface.