GitHub - MaximeCheramy/simso: Simulator of multiprocessor ...
SimSo is a scheduling simulator for real-time multiprocessor architectures that takes into account some scheduling overheads (scheduling decisions, context switches) and the impact of caches through …
SIMSO - Global Olympiads Academy
SIMSO is yet another stellar math-and science-based competition, only based in the Kingdom of Thailand.
Introduction — SimSo documentation - GitHub Pages
SimSo is a scheduling simulator for real-time multiprocessor architectures that takes into account some scheduling overheads (scheduling decisions, context switches) and the impact of caches through …
simso · PyPI
Mar 9, 2016 · SimSo is a scheduling simulator for real-time multiprocessor architectures that takes into account some scheduling overheads (scheduling decisions, context- switches) and the impact of …
The core of SimSo relies on SimPy2, a process-based discrete-event simulation framework. The use of discrete-event simulation allows it to deal with short and long durations at the same cost.
SimSo - Simulation of Multiprocessor Scheduling with Overheads
SimSo is a scheduling simulator for real-time multiprocessor architectures that takes into account some scheduling overheads (scheduling decisions, context switches) and the impact of caches through …
SimSo documentation - GitHub Pages
What is SimSo? Does it work on my operating system? Can I use my own task generator? Does SimSo support sporadic tasks? Do you handle uniform and/or heterogeneous processors?
Main modules — SimSo documentation
simso.core module ¶ The core module include all the classes needed for the simulation. Scheduler ¶ class Scheduler(sim, scheduler_info, **kwargs) ¶ The implementation of a scheduler is done by …
Accueil - LAAS-CNRS
This software websites embbeds Simso. SimSo is a free software developed by Maxime Cheramy (LAAS-CNRS). SimSo is distributed under the CECILL license, compatible with the GNU GPL. …
simso/docs-src/introduction.rst at master · MaximeCheramy ...
What is SimSo? SimSo is a scheduling simulator for real-time multiprocessor architectures that takes into account some scheduling overheads (scheduling decisions, context switches) and the impact of …