Real-time Operating System Scheduling

Real-time Operating System Scheduling

Adventium Labs' advanced scheduling tools help system architects improve functionality and enhance the performance of complex systems.


Timing and Resource Analysis and Schedule Generation for Complex System Development

FASTAR is a suite of tools that evaluate resource loading, generate schedules, and conduct timing analyses.  Intended to be applied throughout a project life-cycle, FASTAR supports a series of increasingly detailed analysis methods, starting with a high-level analysis of resource utilizations based on demand and supply, and progressing to detailed schedulability analysis of heterogeneous, layered, distributed architectures.


Schedule Simulation and Generation for Complex Avionics

SPICA is an analysis tool that helps avionics engineers virtually integrate complex application software. SPICA operates on the ARINC 653 specification, analyzing timing and generating partition schedules for safety-critical avionics real-time operating systems. SPICA can either analyze an existing schedule to find potential error conditions or it can generate a new schedule based on user-supplied constraints.

SPICA is part of the FASTAR schedulability toolset.

MiCART Scheduler

The MiCART scheduler allows real-time operating systems and their safety critical applications to run in parallel in a partitioned, virtual environment.

MiCART addresses key integration issues -- like high robustness and formal certification -- common with avionics software and other safety critical applications. It does this by providing the strong timing separation guarantees that enable side-by-side, multi-core operation of mixed criticality applications.

MiCart forms the base of other Adventium Labs solutions, including ISOSCELES™.