Open Source Operating System Kernels - Page 8

The FDOS Operaing System is 100% written in Assembler (NASM). It supports FAT 12, TSR and a small Multi Kernel System. The source is very good documentated (only in English). A German, russian and English Documentation (about 40 pages) are included.

Fortress OS is an open source modern multitasking operating system. Intel IA-32 386 compatibility. Fortress is clean implemented from scratch. Fortress is still in early stage ( current state at the end of plan 2 ) and needs huge work.

FrakeOS is a new OS developed by Charles Frake. Currently, it is a simple bootloader written in NASM. I plan to continue researching Assembly and finish the bootloader. I plan to start coding a kernel in C after the bootloader is finished.

A toy operating system built in C++ and x86 assembly.

Design of Graphical 16 bit OS for industry aplications,process automatization, where performance and UI should be well balanced it's coded under TC++ 3.0, currently on virtual machine design.

Linux terminal simulator through javascript. With its own filesystem implemented.

GrindarsOS - 32bit protect-mode one-task operating system.

The project maily focuses on integrating H.264 on IBM CELL platform.

THIS PROJECT IS INACTIVE!!

HamserOS is our attempt to build a cute and furry operating system from scratch. Just for fun and a love of hamsters.

This is a library library for the handyboard (www.handyboard.com for a description), which can be used with the gcc m68hc11 compiler. The library has a somewhat different feature set from Interactive C but should be much faster.

Hardware Recycling Initiative (HRI) is an open source project with goal to port Linux (or its microcontroler clone - ucLinux) into publicly available residential router hardware such as SMC7004 , DI604 and similar.

This project focus on creating an original alternative 32-bit operating system for Intel 80386 compatible processors made in NASM (The Netwide Assembler). The main goal is to be, a simple and pratical plataform for developpment and plug in extra codes.

HelenOS is a portable microkernel-based multiserver operating system written from scratch. It decomposes key operating system functionality such as file systems, networking, device drivers and graphical user interface into a collection of fine-grained user space components that interact with each other via message passing. A failure or crash of one component does not directly harm others. HelenOS is therefore flexible, modular, extensible, fault tolerant and easy to understand. HelenOS does not aim to be a clone of any existing operating system and trades compatibility with legacy APIs for cleaner design. Most of HelenOS components have been made to order specifically for HelenOS so that its essential parts can stay free of adaptation layers, glue code, franken-components and the maintenance burden incurred by them.

Helium is a minimalistic real-time scheduler for 8 and 32-Bit microcontrollers. The current version of Helium has been ported for Freescale's HCS08 and Coldfire cores.

HelloOS is a simple free operating system for i386

HelloOS is a free simple 32-bit operating system for Intel x86 platform

The Hierarchical Loadable Schedulers (HLS) framework is a scheduling infrastructure for hierarchically composing soft real-time schedulers. Each scheduler only communicates with other schedulers and the HLS infrastructure according to a well defined i

IFEM (Industrial, Fault tolerant, EMbedded) is a modern OS with a hybrid kernel design benefitting from ideas such as Pure Microkernel and Exokernel, aiming industrial application, fault-tolerance, embedded applications and perfect modularity.

IHaskell is a kernel for the Jupyter project, which allows you to use Haskell inside Jupyter frontends (including the console and notebook). It currently supports GHC 8.0 through 9.0. For GHC 7.10 support please use the GHC7 tag. For a tour of some IHaskell features, check out the demo Notebook. More example notebooks are available on the wiki. The wiki also has more extensive documentation of IHaskell features. IHaskell is based upon the IPython architecture and frontend, so learning about that will help. You can write your own extensions using the IPython javascript API, for instance. Use h to learn more about the modal interface IHaskell/IPython provides. IHaskell adds a few features on top of the IPython frontends, such as automatic character concealing (typing -> yields an arrow) and input cell folding (via the left and right arrow keys, or the buttons). If input cell folding isn't showing up, you can explicitly enable it via the "Cell Toolbar" (select 'Hiding').

For detailed requirements and install instructions see irkernel.github.io. Per default IRkernel::installspec() will install a kernel with the name “ir” and a display name of “R”. Multiple calls will overwrite the kernel with a kernel spec pointing to the last R interpreter you called that commands from. You can install kernels for multiple versions of R by supplying a name and display name argument to the install spec() call (You still need to install these packages in all interpreters you want to run as a Jupyter kernel!):

New microkernel OS

Idioma is an open source object-oriented operation system. Main goals of Idioma project are simplicity and elegance.

IdyllaOS is simple operating system. System is based on monolithic kernel with drivers of devices loaded as kernel modules. As required for a modern operating system, it supports features like virtual memory, memory protection and multitasking.

Infinity OS is going to be a fully featured, multithreaded, open-source operating system for the x86 architecture. It will utilize persistent objects and incorporate many features of other operating systems. We also aim for Win32 and UNIX compatibility.