Search Results for "scheduler linux"
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Showing 30 open source projects for "scheduler linux"
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Moss
Rust Linux-compatible kernel
Moss Kernel is an open-source operating system kernel project designed to explore modern OS design and provide a foundation for experimental system research and development. Rather than replicating traditional monolithic kernels exactly, it emphasizes modularity, safety, and simplicity by incorporating well-structured subsystems for memory management, scheduling, and device abstraction that are easy for contributors to understand and extend. The kernel uses Rust as its primary implementation... -
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CachyOS
Blazingly Fast & Customizable Linux distribution
CachyOS - Arch Linux Based Distribution With Heavy Optimizations & Multi-Architectures For Ultimate Desktop Experience Filesystems: - btrfs - zfs - ext4 - xfs - f2fs Our installer will auto detect which micro architecture your machine got, if x86-64-v3 or x86-64-v4 is detected it will automatically use the optimized packages, which is around a 10 % performance improvement. Desktop Environments: - KDE - CuteFish - i3 - Gnome - Openbox - Wayfire - Xfce - LXQT -... -
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Mi A1: LuciferKernel
Linux 4.9 Kernel for Xiaomi Mi A1 aka Tissot
Join official telegram group: https://t.me/luciferkernel Kernel stage Changed to Beta. Features: →Added F2FS Rapid Gc. → CPU OC to 3.1Mhz (OC Build Only) → GPU OC to 850Mhz (OC Build Only) → Reduced GPU idle time to 64ms → Added DTS-Eagle. → CPU undervolted upto 10% → Improved thermals. → Added Sound tweaks. → Added Boeffla Wakelocker → Added State Notifier → Added Adreno Idler → Added Adreno Boost → Added dynamic SchedTune boost. → Added Klapse → Added KCAL → Added BFQ... -
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Pharos
RTOS for Secure, Safe and Real-Time Systems
Pharos is a free open-source RTOS for secure, safe and real-time systems with the following characteristics: - Memory and enhanced time partitioning (TSP) - Native support for sporadic, periodic and aperiodic threads - Fixed-priority preemptive scheduler - Execution time protection (threads are prevented from executing for more time than they are configured to) - Small size (full image has ~100 to 300KiB text, ~30KiB data) - Hard real-time determinism - Fast critical sections -... -
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Mark3 RTOS
Open-source RTOS and Embedded Systems Toolkit for C++ and C
Mark3 is a sophisticated RTOS and embedded systems toolkit, targeted towards a growing list of MCUs. Beyond providing "just another scheduler", it provides heaps, drivers, a shell, an event-driven GUI framework, and much more! It currently supports a variety of Atmel AVR, MSP430, and the ARM Cortex-M series of microcontrollers, with other platforms to follow. Mark3 was designed from the ground-up using disciplined object-oriented design principles - and unlike the vast majority of... -
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Fiwix
A UNIX-like kernel for the i386 architecture
FiwixOS 3 is a Fiwix distribution, an operating system made from a software collection that is based upon the Fiwix kernel. It basically comprises a Fiwix kernel, GNU tools, libraries and additional software. All the included software is free and open-source software made available both as compiled binaries and in source code form, which allows modifications to the original software. FiwixOS 3 uses the Newlib v3.1.0 as its C standard library, and the Ext2 as its primary file... -
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TORO is demonstrating an innovative operating system by integrating at the same ring level both kernel and the user application server. The threads of the user application server are distributed evenly on all CPUs and running independently in parallel. The memory model chosen is NUMA without pagination. During the initialization, the memory is divided proportionally for each processor installed on the system. When a thread needs memory, the memory allocator returns a free block of memory...
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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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Chakra Linux-CK
Custom kernel for Chakra Linux that contains Con Kolivas' CK patchset
Linux-ck is a custom kernel, available in the CCR and here as pre-compiled packages, that allows users to run a kernel/headers setup patched with Con Kolivas' ck1 patchset, including the Brain Fuck Scheduler (BFS). It's designed to improve system responsiveness with specific emphasis on the desktop, but suitable to any workload. Many users elect to use this package for the BFS' excellent desktop interactivity and responsiveness under any load situation. -
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Chakra Linux-PF
Custom kernel with the PF pachset, for Chakra Linux
Linux-pf is a kernel package based on the stock -CHAKRA kernel, patched with a row of significant patches: # The latest Con Kolivas' -ck patchset, including BFS # Tuxonice # BFQ (as default I/O scheduler) # UKSM # AUFS3 -
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Linux-cfyffe fork
A custom fork of the Linux kernel.
This kernel is for x86_64 only. If you want to reconfigure it for x86, feel free to, but I'm not going to as I only have x86_64 hardware. This will never leave BETA status as it's usually total chaos about how releases are handled, features may appear and disappear faster than you can blink. The only thing I can promise about the kernels I upload is that if I upload it, it built, installed, and booted on my personal system without a problem. I use LUKS and LVM for everything but /boot,... -
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kernel-netbook
Kernel modded to optimize and support the a wide range of netbook's
The kernel-netbook is an unofficial kernel, modded to give the full hardware support to a wide range of netbooks with Intel Atom, in addition, it includes external drivers and firmware. This kernel optimized to be used on Debian/Ubuntu inside netbooks, and it also slightly reduces the time of the module-load in the boot process. The best feature of this kernel is maybe the optimization of the battery management through some kernel options. -
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SC-REX
Scheduler for reconfigurable hardware
SC-REX stands for "SCheduler for REconfigurable devices on linuX". It is a scheduler for heterogeneous multicore platforms where some cores can be dynamically reconfigured at run-time (e.g., VLIWs processors that can change issue width). -
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qtOS
Tiny operating system for running HCFSM-based systems
qtOS is an operating system for running systems of finite-state machines. The system kernel is a task scheduler that runs processes' transitions at every cycle. Each task is activated either to be run in parallel (fork) with other active processes in the system or subordinated to the caller task, thus blocking it and creating a hierarchy of tasks. Execution of processes can be preemptive or non-preemptive and, among those with the same priority, a round-robin turn is performed. This... -
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Mini Vezer OS (MVOS) is a minimal footprint simple embedded OS-like task scheduler implementing cross-task communication, primarily designed for the Freescale HCS08 microcontroller.
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broodKernel
Latest i9001 stock kernel, heavily tweaked!
broodKernel is a kernel that is always based on the latest i9001 kernel, the big difference between an other custom kernel is that broodKernel keeps the original zImage. This means that all stock features are available, in order to tweak it I added a lot of tweaks to the kernels ramdisk. next to the ramdisk tweaks there are 2 init.d scripts which allow you to manage broodKernel the way you want. Visit the github here: https://github.com/broodplank/broodKernel -
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Note: the project is basically dead, as I started rewriting it but I don't have much free time to work on it. It's basically a micro-kernel, but on top of that, instead of having multiple servers running as standalone processes, it has a modular kernel, so that each server is a module of this kernel. The micro-kernel contains only the scheduler, memory management and drivers for high-speed devices (like gigabit ethernet NICs or video cards).
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homeOS is a cross-platform operating system, currently has a scheduler and some basic infrastructure for x86 and arm.
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This project contains the source code for the implementation of an Earliest Deadline First Scheduler for Linux.
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TiROS (Tickless Real-Time Operating System) is a pre-emptive priority based real-time scheduler (RTOS) that is suitable for use in embedded systems with very limited resources. It provides hard priorities and prevents priority inversion.
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CleanOS is an operating system developed for educational purposes, initially to be an userspace GNU/Linux application running its executables and simulating the operating system task scheduler and IPC mechanisms. Now it supports a true i386 kernel.
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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.
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CPU Scheduler Evaluation (CPUSE) Patches to Linux and supporting software tools for controlling scheduling parameters and analysing and/or displaying scheduling statistics.
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Trio extends the existing Linux scheduler to support proportional-share scheduling using a scheduling algorithm, called Distributed Weighted Round-Robin (DWRR). It allows users to control shares of CPU time for any thread or group of threads.
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