Search Results for "system linux"

SimpleDCS is a Distributed Control System made easy - fully configurable both on hardware and a software level. Experimental stage (alpha)

This is a Dynamic C port of the BACnet stack at http://sourceforge.net/projects/bacnet. This BACnet library provides a BACnet application layer, network layer and MAC layer communications services for systems based on the Rabbit 4000, 5000 and 6000 processors. The rich feature set of the BACnet stack provides an ideal platform for developing Rabbit based control devices which can use the many BACnet tools out there to reduce the development time and effort.

...The PiXtend Platform provides numerous digital and analog inputs & outputs as well as a variety of serial interfaces like RS232, RS485 and CAN. In this repository you can find the Linux C library called "pxdev" that can be used to develop your own Linux applications for the PiXtend system (V1 & V2). Sample programs for every PiXtend version are also included in this repository. The build file compiles them all - the library itself and the sample programs. Find out more about this on our website: https://www.pixtend.de or https://www.pixtend.com

The BIOE system is an open-hardware platform to bridge the gulf between open-source CACSD systems like Scilab and the physical plant. It is intended for engineers, students, hobbyists, and anyone interested in automation and mechatronic.

ONE-NET is both an open standard and an implementation of a wireless network protocol. The protocol was originally intended for home automation but has many more applications where low power, secure communications are required.

Firmware for small µController board with 4x PT1000 temperature channels which control the temperature in one room via two fan units. PIC18F4455 based hardware. Can be used to control temperature in the basement or guest house, within a computer case, etc.

Program tworzony w ramach przedmiotu "Projekt Grupowy" na Politechnice Gdańskiej. Skład: inż. Adam Banaś inż. Maciej Gajdzica inż. Adam Lasota inż. Damian Pawlus inż. Włodzimierz Kaoka Opiekun projektu: mgr inż. Piotr Fiertek Celem projektu jest stworzenie środowiska symulacyjnego dla procesów termicznych zachodzących w pomieszczeniach. Integralną jego częścią jest implementacja algorytmów obliczeniowych na procesorach graficznych GPU przy użyciu standardów CUDA...