Game backup loader for Wii and vWii
USBLoaderGX is a GUI for Waninkoko's USB Loader, based on libwiigui. It allows listing and launching Wii games, Gamecube games and homebrew on Wii and WiiU vWii mode. Its interface, based on the official theme from Nintendo Wii, is easy to use and perfect for kids and all the family. A lot of options are available and directly editable from the loader's interface. Installation : ----------------- 1. Extract latest revision to your /apps/ folder https://sourceforge.net/projects/usbloadergx/files/latest 2. If you want a channel on your console, and/or want to "return to" the loader when exiting a game: Download the forwarder for your console: * Wii: http://sourceforge.net/projects/usbloadergx/files/Releases/Forwarders/USB%20Loader%20GX-UNEO_Forwarder_5_1_AHBPROT.wad * vWii: http://sourceforge.net/projects/usbloadergx/files/Releases/Forwarders/USB%20Loader%20GX-UNEO_Forwarder_5_1_AHBPROT_vWii%20%28Fix%29.wad Then, install it with a wad manager.
ChibiOS/RT is a free and efficient RTOS designed for deeply embedded applications. It offers a comprehensive set of kernel primitives and supports many architectures: ARM7, Cortex-M0, Cortex-M3, Cortex-M4, PowerPC e200z, STM8, AVR, MSP430, ColdFire, H8S, x86.
Mecrisp - A native code Forth implementation for MSP430 microcontrollers
amforth is an extendible interpreter on microcontrollers
amforth is an extendable command interpreter running on AVR ATmega and TI MSP430 microcontrollers. Turnkey actions for fully autonomous operations are possible as well. The command language is close to the Forth 2012 standard.
An open-source Phantasy Star Online server for *nix
Sylverant is an open-source server for the Phantasy Star Online series of games by Sega, written primarily for Unix-like operating systems. Sylverant has at least partial support for most versions of Phantasy Star Online, from the Network Trial for the Dreamcast through Blue Burst for Windows.
Project has been move to https://github.com/ciaa/Firmware
The project is not more active, we have fix a lot of issue and perform many improvements. These are now deliverd as part of a new project: https://github.com/ciaa/Firmware ---- FreeOSEK is a scalable solution for embedded system. FreeOSEK OS is based on OSEK RTOS specification (OSEK-VDX). visit us in: http://opensek.sourceforge.net
Real-time, modular, microkernel-based operating system under development for i386. The first goal is to support 32-bit DOS protected mode applications made with DJGPP as well as native applications.
Assembles M6800 and 6801 assembly language source code. (With Forth,)
A simple absolute mode assembler for 6800/6801. Handles the complete published set of opcodes/mnemonics. Mostly source-language compatible with the common assemblers in use circa 1985, but no macros. Now uses standard LDAA syntax by default. Produces basic S1/S9 object files and assembly listings. (This is for the 8-bit 6800, not the 16/32 bit 68000/coldfire processors.)
FreeMiNT is a free alternative OS kernel for Atari systems & clones
FreeMiNT provides the basis of a free TOS compatible replacement OS that can multitask. Used together with the free system components fVDI (device drivers), XaAES (graphical user interface widgets), and TeraDesk (desktop manager), it provides a modern user interface.
PC boot package
Bootpack will be a PC boot package. Currently has an MBR bootsector ("mbr-bb") and a simple data-write tool ("putbin"). An assembler ("fas") and a partition bootsector ("pbb-fat32") are work in progress. Several pbb variants, a stage 2 loader ("ABC"), a 16 bit C compiler ("scc"), a boot-configurator ("BLA") will follow.
The OpenPXA project aims on implementing GPL licensed OBM/IPL (Initial Program Loader) for Marvell PXA3xx CPUs and various related tools. The IPL allows copying and executing of various user-supplied code from NAND flash (like uboot bootloader).
This project is an effort to develop open source software for all old platforms, like MSX, Commodore, AMIGA, Atari, ..... and collect technical information about old platforms, keeping the "old skool" flame alive.
Aquarium control system based on the Arduino platform
The intention of Aquaduino is to provide most of the required functionalities of commercial aquarium control systems based on the open source hardware platform Arduino.
Collection of embedded softwares to control a telescope mount.
EQ Track purpose is to provide amateur telescope makers (ATM) with electronic board schematics and embedded software to control their telescope mount via stepping motors. EQ Track comes in different "flavors" : - "Basic" controls the right ascension and declination motors of an equatorial mount. - "Go To" controls the motors of a mount in any orientation (ie. equatorial, altazimuth, alt-alt), to point and track equatorial coordinates.
GTCop Professional Security Appliance aims to provide a powerful tool for satellite communications, with enhanced QoS and bandwidth controls. As derived from IPCop Firewall, it is a stable, secure, easy to configure and maintain GNU/Linux firewall box.
A Modern Operating System for the VICE Commodore 64 SuperCPU
SuperOS aims to be a native 16-bit operating system for the SuperCPU as emulated in VICE. SuperOS will feature a graphical user interface, effortless high-speed disk access, and ROM-resident 16-bit ports of classic C64 software and programming languages. Currently in pre-alpha stage.
BDOS is a 16 bit educational operating system written in NASM.
BDOS is aimed at 80x86 PC. The goal of this project is to help beginner os developers who would like to develope their os in assembly.It is also among the goals of this project to make a little functional cli operating system to perform basic operations.BDOS is designed to run of a single floppy disk and to provide much functionality in least space.
An open source OS written in assembly.
An open source OS. It is 32-Bit and when possible 64 and 128-Bit. We are working on a complete rewrite. After which we will work on our UI. ATTENTION!: After AquariusOS 0.0.4 AquariusOS will be based off of aqua-next. 0.0.5 with an aqua-next base will hopefully be released BEFORE 2016.
Source code ColorSynth MIDI controlled RGB LED lighting fixtures. www.colorsynth.com Coded in assembly for Microchip PIC16F1827, 16F88 and 16F628A microcontrollers. Released under gplv3
New Generation Smart GRID-Decentralized Operating System
A new simple operating system
A basic operating system that can realize some basic functions. It is developing for educational purposes. It is being developed simultaneously with sslib, the Simple Standard Library for developers program no-OS apps, program NuOS commands or program an operating system.
yaMOS stands for: yet another "My Operating System". This is a hobby Operating System, let's see to what it develops... At the moment it's only a kernel written in C++ and Assemly.
A hamradio beacon project on an AVR MCU
AVR beacon project utilizes a new approach to RF signal generation using SQDDS method (making RF signals directly from the software, based on a pre-calculated periodic bit-sequence). It is mainly used by the hamradio operators to set up various radio beacons for different purposes, mostly for radio waves propagation discoveries. CW (continious waves, Morze code) is a main modulation mode. Other modes like PSK and FSK are planned to implement in the future releases. User can enter any ASCII text to send it to the air. Transmission rates and modes are configurable from the input text. AVR beacon can read an external digital instruments like (voltmeter, thermometer, axelerometer, anemometer, etc.) and send its data to the air. Beacons network is planned to implement using an external GPS module for time syncronization. This project runs on Atmel AVR pico-power Mega microcontrollers: ATmega48p, ATmega88p, ATmega168p and ATmega368p. It is possible to port it to other AVR MCUs as well.
A remote symetric antenna tuner using switched relays.
This is project about DL3LAC's Antenna Tuner called "Christian-Koppler". The original tuner used an semidigital remote controller and 24line cable between the tuner unit and remote controller. I decided me to build the tuner unit and replaced the controller part by an ATmega MCU on both sides and linked them with cheap network cable. The used protocol between the controllers are RS422 based and is frame based with checksum. The tuner relays are switched each sepperate and the I/O unit are an two MCP23017 as I2C-Bus expanders.The MCU is an ATmega88 in a small housing. I decided me to use I2C-Bus Expanders instead using an ATmega 1284p and direct I/O handling in the expanding capability of this concept. If i need more I/O or and ADC, RTC, Temp-Sensor or ever, i need just 3 Lines to join the hardware extension to the bus.
Free and simply RTOS for AVR at assembler. So far, the AVR Studio is used as a development environment. The system supports the preemptive and cooperative multitasking modes, semaphores. Use a small amount of memory for tasks.