Search Results for "avr"
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Showing 21 open source projects for "avr"
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amforth: Interpreter on Microcontrollers
amforth is an extendible interpreter on microcontrollers
amforth is an extendable command interpreter running on AVR ATmega and TI MSP430 microcontrollers. The Risc-V and ARM architectures are ascending. Turnkey actions for IoT workloads are possible as well. The command language is close to the Forth 2012 standard. -
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MenuDesigner
A GUI system for embedded systems.
A small GUI system for monochrome and color LCDs suitable for embedded systems with very limited system resources (like 8 bit microcontrollers). Comes with a graphical editor for creating a menu. Runs on Linux and Windows (Cygwin is recommend for using all features). Samples showing the usage on a PC, AVR, and STM32 microcontrollers are included. -
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freeRTOS & libraries for AVR ATmega
freeRTOS for Arduino Uno, Goldilocks 1284p & Mega 2560
AVR ATmega port of freeRTOS A port of freeRTOS which can be flexibly flexibly configured use almost any available Timer on AVR ATmega devices and will operate with almost any classic Arduino device from Arduino, SeeedStudio, Sparkfun, Freetronics or Pololu. Going forward this repository will be updated less often and only with major releases. -
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Terminal-BASIC
BASIC-like language interpreter for embedded systems
Terminal-BASIC is a BASIC-like language interpreter, works on a set of single board embedded systems (i.e. famous AVR uc based boards). Terminal-BASIC: * suports real numbers, multidimensional arrays and Darthmouth BASIC-style matrix operations; * written in C++11; * has modular structure (can save uc storage, instantiating only used modules); * works through different i/o devices, using vt100 commands; * on systems with multiple i/O devices can work as simple time-sharing system; * static Linux build for playing and debug; -
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PRTOS Preemptive RTOS for embedded aps
PRTOS is a simple, compact preemptive RTOS for embedded systems
PRTOS is an open-source preemptive real time operating system kernel for embedded applications. It presently supports the AVR and MSP430 architectures. The advantages of PRTOS are: It has the smallest footprint of any true preemptive system: 1.9kB for basic scheduling and task control, 5.1kB with all the features below (AVR '328 / gcc -Os); Only 950 lines of code implement all of the RTOS features (SLOC-L); The system is well documented with a comprehensive manual, well-commented source code, and a test suite demonstrating the features; The system is proven - it has been in use since 1982 with applications in in-vitro medical equipment, process control instrumentation and industrial machinery; PRTOS is released by Cleveland Engineering Design, LLC - developer of the CoRTOS cooperative RTOS https://sourceforge.net/projects/cortos-simple/ and the CTREE analysis tool https://sourceforge.net/projects/ctree-graphic-tree-generator/ Commercial licensing is available -
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"µOS++" (micro OS plus plus) is an open source, royalty-free, real-time operating system intended for embedded systems built around ARM Cortex M or AVR devices. It is based on a preemptive scheduler written in C++ (more info in the Wiki).
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avr_pcd8544_driver
AVR driver for driving PCD8544 based 84x48 dot-matrix displays.
Checkout the documentation included in the project for details. -
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microDispatch
Microcontroller Task Scheduler
Super lightweight task scheduler aimed at 8 bit AVR ATmega micro-controllers (perfect for Arduino), although it can easily be used on other hardware like Microchip PIC. It uses simple round-robin scheduling so no priority levels can be set. You choose the time interval by calling dispatchTick(), this is usually in a timer interrupt. Range for number of tasks: 0 to 255 tasks Range for delay: 0 to 65535 ticks Each task only uses 5 byte of RAM. -
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MSP430-Ada
Ada compiler support for TI MSP430 processors
Compiler and device support for Ada programs on the ultra-low-power TI MSP430 microcontrollers. This project builds on the Gnu Gnat/GCC Ada compiler, the Sourceforge mspgcc back-end and MSP430 CPU support. It was inspired by the Sourceforge AVR-Ada project. -
Train ML Models With SQL You Already KnowBuild and deploy ML models using familiar SQL. Automate data prep with built-in Gemini. Query 1 TB and store 10 GB free monthly.
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Firmware for AVR/ARM target boards based on the Elektor Internet Radio and Atmel's Internet Radio AN. The Radio connects to SHOUTcast/Icecast servers and uses VS10xx chips or the Helix decoder. A HTTP server and simple LCD IF is included.
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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. ... -
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Professional stored program control. It is optimized for heat control, but you can control whatever you want. It use a FreeRTOS.org-Kernel on an Atmel AT32UC3A1512 and control Triacs over AVR ATtiny2313. The heatcontrol for your heating.
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LabMonkey Embedded Automation Platform
Create networks of embedded devices for data logging/automation tasks.
...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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kitty enlighted
A small microcontroller LED Pin-back button for just 1 $
This is a RGB LED Pin-back Button controlled by an AVR Microcontroller. -
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AVRILOS
Simple AVR OS
A simple Embedded System Framework that allows rapid development of applications build for AVR family. System is based on a super-loop architecture with check and skip (no-wait) flag event driver system. Supports: UART, SysTick Timer, ADC, SPI, EEPROM, PWM. Also supports: Xilinx FPGA configuration, FPGA SSI interface, smart card reader etc. Tested partially (different modules in each case) on ATMega163/16/32/323/8. -
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SpiffChorder
FW and HW design for a 7-key chording keyboard
...This can be used with either the left or right hand (or a chorder can be used for each hand, effectively doubling the typing speed). SpiffChorder hardware is based on Atmel AVR ATmega168, using Objective Development's V-USB (a software-only implementation of a low-speed USB device). -
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A project collecting free software modules which can be used together in an arbitrary microcontroller application, starting with AVR platforms.
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Hardware description and software for the Bob-clock, a digital implementation of an analog clock using 60 bi-color LEDs for displaying the time. The hardware is based on an Atmel AVR ATmega324.
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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.
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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
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