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Model-based design and schedulability analysis for avionic applications on multicore platforms
Ref: CISTER-TR-160610       Publication Date: 13 to 17, Jun, 2016

Model-based design and schedulability analysis for avionic applications on multicore platforms

Ref: CISTER-TR-160610       Publication Date: 13 to 17, Jun, 2016

Abstract:
This work proposes a model-based approach for designing avionic applications and deploying them in a multicore execution environment. It includes tools partially automating the system configuration and providing an early validation of the platform schedulability. The avionic applications are time partitioned and statically assigned to the cores; the toolset can then be used to compute the partition schedule for each core, and use the model and this schedule as an input to an extension of the MAST tool to compute the worst-case response time of each task and hence assess the overall system schedulability.

Authors:
Wenceslas Godard
,
Geoffrey Nelissen




Record Date: 27, Jun, 2016