Working state Current | ||
Latest release 1.5.3 / January 17, 2007 | ||
S ha r k soft hard real time kernel first demo
S.Ha.R.K. (the acronym stands for Soft Hard Real-time Kernel) is a completely configurable kernel architecture designed for supporting hard, soft, and non real-time applications with interchangeable scheduling algorithms.
Contents
- S ha r k soft hard real time kernel first demo
- Shark realtime kernel boids demo rc1
- Main features
- Applications
- Modularity
- History
- References
Shark realtime kernel boids demo rc1
Main features
The major benefit of the proposed kernel architecture is that an application can be developed independently from a particular system configuration, so that new modules can be added or replaced in the same application, to evaluate the effects of specific scheduling policies in terms of predictability, overhead, and performance.
Applications
It has been developed at RETIS Lab, a research facility of the Sant'Anna School of Advanced Studies, and at the University of Pavia as a tool for teaching, testing, and developing real-time software solutions. It is used for teaching purposes, in many universities (like Sant'Anna School of Advanced Studies and Malardalens University-Sweden)
Modularity
The kernel is fully modular in terms of scheduling policies, aperiodic servers, and concurrency control protocols, which typically are not modular in traditional operating systems. Modularity is achieved by partitioning the system activities between a generic kernel and a set of modules, which can be registered at initialization time to configure the kernel according to specific application requirements.
History
S.Ha.R.K. is the evolution of the Hartik Kernel and it is based on the OSLib Project.