Modern avionic system development is undergoing a major transition, from federated systems to Integrated Modular Avionics (IMA) where several applications with mixed criticality will reside on the same platform. Moreover, there is a departure from today’s single core computing, and we need to address the problem of how to guarantee determinism (in time and space) for application tasks running on multiple cores and interacting through shared memory. This paper summarizes the main challenges and briefly describes some active directions in research regarding temporal partitioning. It also outlines the forthcoming research that we will pursue for quantifying time bounds on memory access related interference, to ensure determinism and comply wit...
International audienceMany-core processors offer massively parallel computation power representing a...
International audienceIntegrated modular Avionics (IMA or ARINC 651), as it is currently implemented...
Recently the integrated modular avionics (IMA) architecture has been widely adopted by the avionics ...
We present a survey of the current state of the reseach on time and space partitioning for space avi...
With more functionality added to safety-critical avionics systems, new platforms are required to off...
Integrated Modular Avionics (IMA) architecture has been widely adopted by the avionics industry due ...
Deployment of multi-core platforms in safety-critical applications requires reliable estimation of w...
International audienceIn this paper we propose a framework for the automated integration and timing ...
Integrated Modular Avionics (IMA) architectures employ a high-integrity, partitioned environment tha...
International audienceAvionic systems are integrating more and more functions to cope with the incre...
International audienceCurrent avionics architectures implemented on large aircraft use complex proce...
International audienceCurrent avionics architectures use complex processors, which are shared by man...
International audienceFuture avionic applications will require higher computation performance while ...
With more functionality added to future safety-critical avionics systems, new platforms are required...
Future generations of avionic equipments are expected to embed multi-core processors. Using Componen...
International audienceMany-core processors offer massively parallel computation power representing a...
International audienceIntegrated modular Avionics (IMA or ARINC 651), as it is currently implemented...
Recently the integrated modular avionics (IMA) architecture has been widely adopted by the avionics ...
We present a survey of the current state of the reseach on time and space partitioning for space avi...
With more functionality added to safety-critical avionics systems, new platforms are required to off...
Integrated Modular Avionics (IMA) architecture has been widely adopted by the avionics industry due ...
Deployment of multi-core platforms in safety-critical applications requires reliable estimation of w...
International audienceIn this paper we propose a framework for the automated integration and timing ...
Integrated Modular Avionics (IMA) architectures employ a high-integrity, partitioned environment tha...
International audienceAvionic systems are integrating more and more functions to cope with the incre...
International audienceCurrent avionics architectures implemented on large aircraft use complex proce...
International audienceCurrent avionics architectures use complex processors, which are shared by man...
International audienceFuture avionic applications will require higher computation performance while ...
With more functionality added to future safety-critical avionics systems, new platforms are required...
Future generations of avionic equipments are expected to embed multi-core processors. Using Componen...
International audienceMany-core processors offer massively parallel computation power representing a...
International audienceIntegrated modular Avionics (IMA or ARINC 651), as it is currently implemented...
Recently the integrated modular avionics (IMA) architecture has been widely adopted by the avionics ...