This paper presents a complete case study - named ROSACE for Research Open-Source Avionics and Control Engineering - that goes from a baseline flight controller, developed in MATLAB/SIMULINK, to a multi-periodic controller executing on a multi/many-core target. The interactions between control and computer engineers are highlighted during the development steps, in particular by investigating several multi-periodic configurations. We deduced ways to improve the discussion between engineers in order to ease the integration on the target. The whole case study is made available to the community under an open-source license
AbstractThe progress in the development of computing machinery and software leads to new opportuniti...
International audienceThe evolution of manycore sytems, forecasted to feature hundreds of cores by t...
With the increase in the integration of functions, modern embedded systems have become very smart an...
This paper presents a complete case study - named ROSACE for Research Open-Source Avionics and Contr...
Les processeurs mono-coeurs traditionnels ne sont plus suffisants pour répondre aux besoins croissan...
We present CoCoSim, a framework to support the design, code generation and analysis of discrete data...
International audienceThis article presents a complete scheme for the integration and the developmen...
La complexité croissante des applications embarquées dans les voitures modernes augmente le besoin d...
Most critical systems are subject to hard real-time requirements. These systems are more and more co...
This paper deals with the nine-phase motor control algorithm development, mainly with its implementa...
International audienceThis paper describes a “seamless” component driven engineering process for con...
Multi-disciplinary interactions between flight and structural dynamics, aerodynamics, onboard system...
La plupart des systèmes critiques sont dits «temps-réel durs» puisqu'ils requièrent des garanties te...
AbstractThe progress in the development of computing machinery and software leads to new opportuniti...
International audienceThe evolution of manycore sytems, forecasted to feature hundreds of cores by t...
With the increase in the integration of functions, modern embedded systems have become very smart an...
This paper presents a complete case study - named ROSACE for Research Open-Source Avionics and Contr...
Les processeurs mono-coeurs traditionnels ne sont plus suffisants pour répondre aux besoins croissan...
We present CoCoSim, a framework to support the design, code generation and analysis of discrete data...
International audienceThis article presents a complete scheme for the integration and the developmen...
La complexité croissante des applications embarquées dans les voitures modernes augmente le besoin d...
Most critical systems are subject to hard real-time requirements. These systems are more and more co...
This paper deals with the nine-phase motor control algorithm development, mainly with its implementa...
International audienceThis paper describes a “seamless” component driven engineering process for con...
Multi-disciplinary interactions between flight and structural dynamics, aerodynamics, onboard system...
La plupart des systèmes critiques sont dits «temps-réel durs» puisqu'ils requièrent des garanties te...
AbstractThe progress in the development of computing machinery and software leads to new opportuniti...
International audienceThe evolution of manycore sytems, forecasted to feature hundreds of cores by t...
With the increase in the integration of functions, modern embedded systems have become very smart an...