Open Source C Embedded Systems Software - Page 5
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C Embedded Systems Software
View 51 business solutionsBrowse free open source C Embedded Systems Software and projects below. Use the toggles on the left to filter open source C Embedded Systems Software by OS, license, language, programming language, and project status.
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"flashmanager" is a software to manage the flash partitions from user-space. This uses an underlying driver layer for interaction with the flash device.
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Free MSP430 Debugger is developed in two steps : a library to provide access to the debugger hardware, and a "gdbproxy" to allow users to debug their software. This project is currently working with OLIMEX MSP430 JTAG ISO & msp430-gdbproxy.
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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.
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FumenBot
A DIY gadget to automatize specific plant growing
A DIY gadget that creates an isolated micro environment to grow any kind of plant using minimal space. Check the Wiki for more info: https://sourceforge.net/p/fumenbot/wiki/Home FumenBot v0.71 https://sourceforge.net/p/fumenbot/code Electronics based on Arduino (at328p), firmware wrote in C, working but still WIP. FumenBot v0.6 https://sourceforge.net/p/fumenbot/v0.6 https://code.google.com/p/fumenbot/ This is first publication original hosted at google code. It intended to use an old PC to control relays through parallel port. Ending this description, I would like to clarify, I do FumenBot with learning purpose only.- -
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GCDebRTrc
Debug Facility for Real-Time issues
For C (and CPP obviously): Include a fast and tiny RAM-tracing feature for Real-Time (RT) debugging purposes. >> ONLY FOR DEBUGGING << Very much faster than printf-debugging, which may result in unforseen results in an RT environement. -
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GLCD SED1531 Library
C-Library for microcontrollers to control SED1531 based LCD's
The GLCD SED1531 Library provides functions to draw pixels, lines, filled- and open rectangles and text for micro-controllers such as the Atmel 8-bit AVR series for (very cheap!) SED1531 controller based graphical LCD's. The library is written with portability to other micro-controllers and compilers in mind; all target specific parts are stored in a separated header file . The included example is for the Atmel ATtiny2313 and AVR-GCC. It is expected that other targets can be supported with minimal effort. A demo of this library can be watched here: http://www.youtube.com/watch?v=TQqIEX8LDhk -
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goinedit is a texteditor, Integrated Development Environment that supports every programming languages. It has an integrated shell terminal and function buttons like compile, execute, debug. It has a support for Microchip Pic and pickit! easy to use!
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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.
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Este proyecto presenta GraphUIS, una implementación de un periférico de video en un FPGA como un diseño modular caracterizado por no tener memoria dedicada. Se desarrolló como un proyecto académico en la Universidad Industrial de Santander.
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HSK
High Speed Karlsruhe open automotive code initiative
Since the summer of 2010, the FSAE team High Speed Karlsruhe uses Infineon's XC878 to power its electronics. The XC878 is an 8052 compatible 8-bit µC. Our dedication is to 8-bit real time applications, guaranteed by the powerful peripherals of the XC878. This project aims to publish those portions of our code, which may be of use to a wider audience. -
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HW/SW Partition of a SoC JPEG system
HW/SW Partition of a SoC JPEG system
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HybridOS is an operating system dedicated to embedded devices, it's based on Linux kernel and FMSoft's mature software technologies, like embedded graphics system (MiniGUI), embedded web browser (mDolphin), and embedded J2SE solution (mPeer).
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Hydroponic Automation Platform (HAPI)
Technologies for automating food production on various scales
The Hydroponic Automation Platform Initiative (HAPI) develops and provides hardware and software components for automating food production using hydroponic, aquaponics, and precision agriculture techniques. High-yield production in urban settings is one of the primary goals. Artifacts include hardware design (mainly Arduino-based), firmware, management software and reporting modules. -
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IoT Leaf
Software resources for the ESP32 based IoT Leaf microcontroller board
The IoT Leaf is a small ESP32-based device which can be used as highly flexible power supply, as embedded controller or as a combination of both: it consists of a board which can be cut into two pieces resulting in two different devices or which can be used as one. The board can be powered via solar cell or USB and provides a battery charging function and deep-discharge protection for LiPo batteries. Beside the ESP32 the microcontroller part is prepared for a LoRaWAN and a GPS module. Both together provide a powerful hardware which can be used in many different scenarios. Details and the full specification are available at https://iot.halaser.de This repository contains different firmware-examples and applications which can be used together with this board as well as hardware designs which are free to be used. -
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IrrigationController
Smart Home Irrigation System
The project contains the following modules: * Main Controller Module which is responsible for scheduling and switching the water pumps, monitoring the water level and temperature, and reading the Soil Moisture Sensors. The module has a 4 line alphanumeric LCD that makes the system easy to use. * Sensor Controller Module is attached to the Main Controller Module via RS232 interface. This module is the master controller for the Soil Moisture Sensors and also contains a Dallas 1-Wire interface for temperature sensors. * Soil Moisure Sensors are responsible for sensing if the soil of irrigated flowers are wet or not. These sensors are attached to the Sensor Controller Module via slow speed I2C bus. The modules use 2-pin probes and drives them with 4 kHz square wave in order to avoid oxidating the probes. In my implementation I used these small water pumps from Conrad: http://www.conrad.hu/conrad.php?name=Products&pid=539090 The whole system is powered by a 12V / 4A SMPS. -
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KhadashPay
The KhadashPay project is an open-source payment system.
The KhadashPay project is my attempt to make a payment system from scratch. As for the customers of the store where the KhadashPay is deployed, Khadash pay doesn't keep any logs whatsoever and doesn't require a bit of your personal information to create an account. You can find the tutorials here: V2.0 (ESP32 Version): https://www.instructables.com/KhadashPay-V20/ V2.0 (Raspberry Pi Pico Version): https://www.instructables.com/KhadashPay-V20-Raspberry-Pi-Pico-Version/ V3.0 (STM32F401CCU6 Version): https://www.instructables.com/KhadashPay-V30-STM32F401CCU6-Version/ V3.0 (ESP32 Version): https://www.instructables.com/KhadashPay-V30/ V3.5 (ESP32 Version): https://www.instructables.com/KhadashPay-V35/ The version of the KhadashPay that stores the data in the cloud and allows you to operate several payment terminals is available on https://sourceforge.net/projects/khadashpay-firebase-edition/ -
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Kmax 8bit microkernel for AVR ATMega MCUs written in assembler (AVRASM & GCC compatible) with a C API. Core features include priority-based preemptive round-robin scheduling, mutexes, fifos and semaphores with a focus on speed and ease of use.
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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.
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LUAndroid
Embedded operating system that runs LUA scripts
The aim of this project is to provide an easy to use fast prototyping platform for embedded systems. The hardware is targeted to be small, DIP package hybrid technology chip. In the current phase it runs on Microchip demo boards. http://www.microchip.com/dm320005-2 http://www.microchip.com/dm320006 and SunDisk Ultra 16Gb SDcard -
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LabMonkey Embedded Automation Platform
Create networks of embedded devices for data logging/automation tasks.
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. -
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LakeRobotics
Embedded Software Framework for ARM/Cortex Microcontroller
Embedded Software Framework for ARM/Cortex Microcontroller useable especially in robotics applications but also in any other embedded software projects. The framework is based on C/C++ code and includes other open source projects like FreeRTOS, lwIP etc. and also adds additional libraries and tools to provide a powerfull set of functions for embedded software projects At the moment there is just a small Wiki in German language with little information. We will translate, update and enhance these information as soon as possible.
