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Low power application-configurable Operating System
langOS is an open-source Operating System for Tiny Scale Devices. It supports platforms based on the MSP430 and AVR microcontrollers and is fully written in C.
langOS aims to be simple, easy to configure and independent of the development host platform. It should be comfortable on Windows, Linux and MacOS platforms.
This is studying project in CUFE intended to develop a temperature and security system based on a microcontroller with a serial communication with PC
The Embedded software is developed on AVR Atmega16 microcontroller while the PC user interface is programmed with C# .Net 4.5
Project Description: https://goo.gl/KK9Aqc
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Replace a Vehicle Wiring Harness with a simple CAN network and unified power distribution. Based on ATMEL AVR microcontrollers and Microchip MCP25050 CAN I/O expanders.
The Yakko project is a home automation system. It defines a new protocol implemented as firmware running in AVR atmega microprocessors. The goal is to build a method to make logical connections between hardware devices such as lamps, switchers and so on.
OpenMAC is a TinyOS-based implementation of IEEE 802.15.4 MAC layer, which lies at the core of MeshNetics ZigBee stack, and provides basic wireless networking (star,peer to peer) to WSN's. Available for low-power ZigBit modules and Atmel AVR Z-Link Kits
Here you can have a look what is happening if two IT students put their hands on Atmel's AVR Z-Link Demonstration Kit. Currently our focus is on the IEEE 811.14.5 MAC layer of the Zigbee specification.