De-RISC: Dependable Real-Time Safety-Critical RISC-V based Platforms скачать в хорошем качестве

De-RISC: Dependable Real-Time Safety-Critical RISC-V based Platforms

0:00 - Gianluca Furano, ESA 41:51 - Paco Gómez Molinero, fentISS 1:12:18 - Jan Andersson, Cobham Gaisler 1:50:30 - Guillem Cabo, BSC 2:21:35 - Ana Rísquez, fentISS Several safety and mission-critical real-time systems, such as those in space and avionics domains, demand increased performance, reliable and easy to verify and validate platforms to match the requirements of highly autonomous missions and systems that need to undergo qualification and certification against safety guidelines and be commercialized worldwide minimizing export restrictions. Unfortunately, commercial platforms either fail to match domain-specific requirements for space and avionics (e.g. safety requirements), are limited by US export regulations, or simply fail both sets of requirements. This workshop introduces a number of talks around the development, from design to validation, and the use of hardware/software multicore platforms meeting those requirements. In particular, this workshop introduces concepts related to hardware Systems-on-Chip (SoCs), hypervisors, validation support, and use cases for RISC-V based systems supporting high integrity levels, mixed-criticality, high performance, and dependability, including those being developed as part of the H2020 De-RISC project, which targets TRL8 by 2022. In particular, this workshop targets the application of solutions amenable for high TRL systems, thus with a clear path towards deployment in real systems, thus facing challenges related to real implementations and commercial validation.