Search Results for "c source code" - Page 14

SpinDrive is a Parallax Propeller Chip-based engine control system.

Open source data logger focused on the wind industry. Hardware platform based on the TI MSP430, firmware written in C using mspgcc. Sponsored by the Wind Energy Center at the University of Massachusetts, Mechanical and Industrial Engineering.

JTAG interface library for FTDI chips. Linux port of the ftcjtag library from ftdi( http://bit.ly/98Vul3 ). Implementation relies on ftd2xx.so ( not libftdi.so ) which makes it windows compatible.

This is a firmware project of free electronic fuel injection electronic control unit for internal combustion engine. FreeECU is capable of measuring sensors analog, digital, digital frequency and inductive crankshaft pick-up signals.

Android tools for MediaTEK MT53XX Serial Chips

TIFF codec library on android platform. Porting libtiff library and jni library java API and a demo program of tiff viewer.

Funk51 is a portable Intel 8051 emulator designed to run on embedded MCU's including AVR, MSP430, and Cortex M-3. 8051 programs can be included with the emulator as C arrays, or run from external SPI flash or SD media with the appropriate drivers.

A QT based GUI app that binds to a range of UDP ports and listens. The first time data arrives on a given port, a new tab is created inside the guy and the incoming data is displayed in a read-only text edit. File logging available for each port.

The goal of jpegEnc is to provide a fundamental JPEG Encoder. Major features: * Tiny foot print * Twice faster than the libjpeg * Process is on band by band basis. Output to a user specified buffer. * Best for Embedded or small foot print project

FunkOS is an RTOS for 8-32 bit MCUs including AVR, MSP430, and Cortex M3. Both C and C++ kernels avaiable. Key features include preemption, periodic events, device drivers, and mutex/semaphores. Includes a variety of graphics and filesystem middleware. Please also check out FunkOS's big brother, Mark3OS. Mark3OS is slightly larger, but is more scalable, much more feature-rich, and supports a wider variety of devices.

A windows based simulator for a real multimedia message service center.

The C-Bus Module is used to provide a C-code API between a Clipsal C-Bus PCI interface, and an application program. Application programs can be on small embedded micros with no OS and only a few K of RAM, thru to Windows & Linux.

Software and hardware for a radio controlled 'laser' combat game. A microcontroller is connected to a radio receiver and can send IR signals to another player with the same setup. When a valid IR code is received initially the throttle will be cut.

This is a copy of the official sources that were provided to me upon GPL fulfillment request by LG Electronics for the software on my 47LG70 LCD HDTV. Many have problems obtaining these as LG. Includes linux 2.6.10, microwindows, and busybox 1.2.1.

dfuBSD is a fork of dfu-util without the libusb dependency for BSD users

Piggyback fuel injection controller for gasoline engines.

Implementation of virtual threads for the XS-1. Currently a simple context switching implementation for the XMOS XS-1 architecture (Gn, Ln products). Allows a user to run low speed processes on a single thread using time sliced scheduling.

Init system to start/initialize 3rd party tools for TomTom Navigation systems.

porting tslib on google's android platform.

This is a simple command line tool to customize CP2103 USB to UART bridge controllers in home-grown hardware. VID, PID, product name string, serial number string, and release version of the device can be changed next to GPIO port modes.

Open-source tools, such as the ccompiler4pic32 compiler, related to Microchip Technology's PIC microcontrollers and dsPIC digital signal controllers. http://www.microchip.com

Weeno is an software-only extension of Wiring / Arduino for potentially all and any Atmel AVR MCUs. And potentially all chip architectures from all companies, whether Freescale, SiLabs, TI, even ARM. Basically, the goal is to make AVR-Weeno, ARM-Weeno, 8

We purpose developing a navigation system for settle a limited location tracking service, like the GPS or CELL. It features that easily wearing a compact wireless sensors on your body and tracking the locations which can self-tracking.

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.

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.