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ELCO stands for Embedded Lisp COmpiler or Esdens Lisp COmpiler. The goal is to create a lisp compiler for embedded 32bit architectures. (i.e. ARM) With this compiler you are able to write lisp code on a naked chip. No OS needed.
This project is based on sources published by original Ataroid developer, who in turn used code of Stella.
This project is abandoned in favor of Droid2600: https://code.google.com/p/droid2600/. Available sources do not compile into anything working anyway.
StarOS is a simple operating system kernel developed in C and assembly for the x86 line of processors. Still in early stages but planned to be a monolithic style kernel.
Improving the speed of the signal analysis code for Seti@home. Leveraging modern processors advanced features such as SIMD and parallel execution units, as well as identifying better methods to code existing functions.
This project is based on sources published by original psx4droid developer (or someone else – I don't care as it is all GPLed anyway), who in turn used code of PCSX-ReARMed, forked from PCSX-Reloaded, based on PCSX-df and original PCSX...
This project is abandoned in favor of libretro PCSX-ReARMed variant: https://github.com/libretro/pcsx_rearmed. Current sources already depend on recent version of platform anyway.
Yet another operating system for the x86 architecture.
It is written for the sole purpose of studying operating system theory, and the x86 architecture
Orange'S is an Operating System running on IA-32 systems. The aim of this project is to help anyone who want to develop their own OS. It is like Minix, but the document will be much more detailed.
Polyphonic music synthesizer
running on Atmel AVR.
This is an attempt to provide features similar
to the Sequential Circuits Prophet-V, though it
is likely that only a subset will be attained.
The main goal of the neonevo project is to develop a general-purpose, modular real-time operating system for the ia32 architecture (p4+). It's also intended to serve as a platform for new concepts of osdev and user inteface.