Open Source Server Operating Systems Operating System Kernels - Page 2

Scripts and utilities to facilitate the compilation of a GNU/Hurd system. Toolchains and basic systems optimized for specific targets are also availlable.

istanbuLX, tamamen Turkiye'de; bastan gelistirilen ilk GNU/Linux isletim sistemidir. istanbuLX, Linux dagitimindan ote, kendi yazilimlarini iceren bir isletim sistemi platformudur.

LiteOS is our attempt to write a free OS for calculators known as "TI-68k". TI naturally stands for Texas Instuments while 68k designs the Motorola 68000, in other words the processor running such calculators.

ME OS is a non-Linux OS built from scratch. Emphasis is on the interface and forward-looking features.

Minirighi is a multi-threading open-source operating system written for didactic purpose. It has been written from scratch and it is compatible with POSIX.

Here you can find both an Oberon V4 system for Linux (x86) and a collection of Oberon V4 sources for various other platforms. Oberon V4 was implemented at ETH Zurich for several platforms. Binaries can be found on their server[1] and on the one of the University of Linz[2] where Mössenböck's group did further development after he left ETH and the Group at ETH concentrated on System 3. More Information can be found in the wiki https://sourceforge.net/p/oberon/wiki/Home/ of this Project and on Wikipedia https://en.wikipedia.org/wiki/Oberon_(operating_system). In 2013 they were moved here for easy access and, in case of interest, collaboration on further development. The Oberon mailing list[3] is an established channel for its discussion and followed also by the administrators of this SF project. [1] ftp://ftp.ethoberon.ethz.ch/Oberon/OberonV4/ [2] ftp://oberon.ssw.uni-linz.ac.at/pub/Oberon/ [3] https://lists.inf.ethz.ch/mailman/listinfo/oberon

An operating system to be designed and implemented from the ground up. It will be totally Unix in nature, with POSIX compliance. Most of the core implementation will be in C and assembly, with the C++ bits coming later.

SO1 es un proyecto para crear un sistema operativo sencillo con el que poder explicar rapidamente los conceptos implicados en el desarrollo de estos sistemas. SO1 permite que los estudiantes consoliden sus conocimientos prácticos de sistemas operativos ampliando el sistema que se ofrece de partida.

XMK is a preemptive multitasking kernel for microcontrollers. Its goal is to provide a RTOS small enough (RAM+ROM) to run on 8bit microcontrollers. XMK provides additional/optional features when scaling up to 16bit and 32bit platforms.

AVR32-FreeRTOS project is dedicated to the port of the FreeRTOS real-time kernel to the Atmel AVR32 32-bit AT32AP700x processor familly . For uc3 version port of the FreeRTOS, please check www.freertos.org !

Adamant Space (AS) utilizes many new Technologies to realize high GameSpeed (3D-Graphic, InterActions) with highly resoluted Space/Time in a huge geodic World (Globe) and GamePlay comprises complex Interactions between GameObjects and real Players. Many GameGenres are intended to cover resp covered Aspects inside GameWorld allow to cover a Lot of different known Game-Genres like RPG RolePlayGame, RTS RealTimeStrategy, MUD MultiUserDungeon, ESG EconomySimulationGame etc. It's not about Covering GameGenres but about Covering (most basic) Features of Reality like Needs/Consume/Production/Trade as Base for Economy. Defined MileStones on RoadMap are: GEO: physical Model of Enviroment, BIO: Flora&Fauna with LifeCycle (wo Darwin), PSY: Life do AI to get their Food&Water&etc., ARCH for Constructions and Building. If that MileStone got archieved adding Features means adding GameFun and next Add is: ECO -- a real Economy of real economizing Individuals which represent real Markets.

Why do it the tradidtional way when you can do it a new way? Why use an existing wheel when you can reinvent it yourself? Why do it the easy way when a hard was exists? Why? Because we are professional geeks!

Arm mini real-time OS, cooperative kernel for LPC 2106, Arm TDMI-s cores.

Soft-realtime operating system, based in a microkernel design and providing QoS and persistence capabilities.

AtlantisOS - An operating system designed from scratch, implemented without using older code and made to be the best

Aurora OS is an operating system designed in a microkernel format for all users. The object is to develop a modular, mulitplatform, multitasking Operating System that is simple, effective, and powerful.

The BTnode is an autonomous wireless communication and computing platform based on a Bluetooth radio and a microcontroller. It serves as demonstration and implementation platform for research in mobile and ad hoc (MANETs) and distributed sensor networks

Project to create a new microkernel for AdaOS. Intended to be especially suited to Ada programming language, but will have pragmatic design which is actually language neutral. Will be practical, general-purpose, and secure, but otherwise minimal.

Our goal with this OS is to compete against Windows, Linux and Mac OS! We know it's still in early stage. But this fact will not demotivate us! License: Proprietary

BirdOS is currently not open source. We don't know when or if it will become open-source. This project page was probably made a littlebit too soon for a now deleted version. Sorry for that. We are still writing the OS. It's made for the (Intel/AMD) x86 architecture. More info on our website: https://feathercode.github.io

This project contains test software and tutorials for Analog Devices' Blackfin DSP device drivers and system services. See the wiki (in the menu bar above) for more info.

BlueLinux is a Northern Ireland based Linux distribution for everyone - designed to be easy to install and learn for users without prior Linux (or computer) experience, while powerful enough for longtime Linux users. Being an Open Source project without

cvsfs4hurd is a translator for the GNU Hurd, which allows to "mount" a CVS module into your local filesystem. It allows to view version controlled files as like they were regular files on your disk, however saving much network bandwidth.

The goal of this project is to provide an operating system with a native GUI, an interpreter for an object-oriented BASIC dialect and many more features to make life easier for normal users.