Search Results for "network"

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 Beagle Entertainment System (BES) project is a complete filesystem image that turns the ARM-based BeagleBone Black single board computer into an embedded appliance capable of playing software for the SNES, NES, GBA, and Gameboy Color platforms. A full system image, ready to be written to a microSD card and used as-is, is available for download. Just connect your BES-enabled BeagleBone Black to your network and you can use BES's Node.js web interface to add or remove ROMs, configure gamepads, and edit ROM descriptions for the front-end GUI. There's no need to hand edit configuration files or manually copy ROM files onto the microSD card! BES source: https://github.com/hendersa/bes BES web interface: https://github.com/hendersa/bes-config-node BES kernel device tree: https://github.com/hendersa/bes-dtb-rebuilder

SUSFinder is a utility to assign IP address and flash firmware to ASUS WL-500G Premium router booted in recovery mode on local network, in the case that you didn't know router's IP address settings beforehand. This utility do essentially the same thing as ASUS Firmware Restoration Utility, except that it relies on the external 'atftp' program to do the TFTP firmware flashing part. Currently, SUSFinder is written in ANSI C with POSIX API, thus should be portable to most Unix-like platform (including Cygwin).

This project has been moved to GitHub, available on: <https://github.com/CELTAB/rfidmonitor>. This repository on SourceForge is no long going to be updated. --//-- This project aims to provide a software solution for the researchers of the Itaipu dam. The system is capable of reading data from the Texas Instruments hardware. It currently works on Linux x86_64 & arm.

Controlling Model Railroad via Networks "Lanbahn" Concepts - intelligent end devices - all with a network, wlan or other sophisticated interface. - can be operated without a central station - no complex binary protocols - communications via multicast UDP messages - decoders can advertise their capabilities via zeroconf/avahi/bonjour protocol. - raspberry pi as one hardware platform - tinkerforge IO bricklets for turnout and signal control

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.

This is a port of the Dining Philosopher Problem (DPP) using the Quantum Leaps (http://state-machine.com) hierarchical state machine framework with the Light Weight IP (LwIP) network stack (http://savannah.nongnu.org/projects/lwip) and an ethernet driver implemented on the STM3220G-eval board (http://www.st.com/internet/evalboard/product/250374.jsp) running on stm32f207 Arm Cortex M3 uProcessor. The project is eclipse based and uses Code Sourcery cross compiler. See http://www.stf12.org/developers/CORTEX_STM32F2xx_Template.html for setup. ...

This project contains an example Code of an Ethernet Network Driver for the Sercos III network which will communicate with help of the unified communication channel. This driver connects the UC Channel (CoSeMa API) to e. g. a VxWorks TCP/IP stack.

LabMonkey is a collection of designs for embedded devices which can be networked together to provide a range of automation, data logging and signal processing functions. A key design objective is to use as little dedicated hardware as possible for communication between nodes in the network, and to be able to adapt the network topology in real-time so as to minimize the occurrence of collisions between packets. To achieve this, a protocol has been designed specifically for the task, and implemented in assembler for AVR microcontrollers. The project is currently at the stage of testing the protocol for bugs and implementing some simple devices which use it.

nwEPC is a free and open source framework software implementation of SAE/EPC Serving Gateway or SGW and Packet Data Network Gateway or PGW, which is sometimes referred as SAE-Gateway as well.

AVR-based adapter for accessing Vehicle Area Network bus used by old peugeot cars. Project holds device schematics and AVR MCU C code.

Tfpd aims to implement a test software for the small-sized FPD(Flat Pannel Display). The test software is based on the linux and it consists of device drivers and applications.

This project aims a proving an Hardware as a VSCP node (M2M) to store information remotely on the CAN network.

Titan allows service-oriented processing of context recognition applications on Wireless Sensor Networks. It includes an execution environment developed for TinyOS and a Java ME (Personal Profile) Network Manager intended to be run on a mobile phone.

We develop a portable device that puts users in the way of exchanging their data, in their own personal devices, between them as convenient and easy as possible whatever they include network modules wherever they want to do it without a PC, etc.

Visualization of ZigbeeNET API Data Packets in LINUX Implemented a My-SQL database based visualization interface in Linux for ZigbeeNET API Applications

Software system for FlowScreen Router, with SempGate FPGA firmware and Intel EP80579 based board, it implements a high performance (1.5M pps network traffic) router system with open architecture for 3-rd party network application development.

The goal of Gossamer is to provide a set of libraries & tools for distributed, fault tolerant, computing. This is done by breaking tasks up into small units which are then processed by seperate servers, which may reside locally or across a network.

Control your IoT board with a graphical interface from your local network. CNatural is a remote desktop for embbeded systems and IoT boards without running a real desktop on the host platform, this makes CNatural more efficient than other remote desktop managers. Because all rendering and applications runs on the client's web browser, the host board will run fast as usual. This was a problem with the original target of the project: the Intel® Galileo board, which when used with a desktop and a remote desktop manager gets slow and becomes unusable. ...