Current CRTES, based on relatively simple single core processors, are already extremely difficult to analyse for correct timing behaviour. The advent of multicore and manycore platforms exacerbates this problem, rendering existing software performance and worst case execution time (WCET) analysis techniques ineffectual. A new approach is needed.
PROXIMA aims to provide this new approach. The PROXIMA project asserts that the timing behaviour of mixed-criticality CRTES executing on multicore and manycore platforms can be analysed effectively via probabilistic techniques. Outcomes of the PROXIMA project include: bringing the probabilistic approach to a state of technological readiness, building on key contributions by each of the partners, and making the probabilistic techniques applicable to the industry sectors of Aerospace, Automotive, Rail and Space.
Project coordinator, Francisco Cazorla commented "The PROARTIS project has reached its goals in defining the theoretical foundations and providing initial evidence of how probabilistic analysis techniques can be applied to analyse the timing behaviour of complex hardware and software when their timing behaviour is randomised. In PROXIMA our focus will be on industrialising some of the technologies developed in PROARTIS for mixed-criticality multicore systems and extending the theoretical foundations to cover manycore systems. This two-fold approach ensures high impact in the real-time industry in both the short term and the long term".
The partners participating in the PROXIMA project are:
· Barcelona Supercomputing Center – Centro Nacional de Supercomputacion (Spain) will be implementing time randomization solutions at processor and compiler level.
· Rapita Systems Ltd (UK) will extend their RapiTime WCET analysis tool to encompass the new probabilistic analysis techniques.
· Sysgo S.A.S. (France) will upgrade their PikeOS RTOS to support the probabilistic approach.
· Universita di Padova (Italy) will design the software infrastructure underneath the application and develop timing analysis techniques for multicore and manycore processors.
· Institut National de Recherche en Informatique et en Automatique (INRIA, France) will propose probabilistic and statistical timing analyses and develop the associated prototype tools.
· Aeroflex Gaisler (Sweden) will develop system on chip (SoC) designs that include probabilistic extensions.
· Airbus Operations SAS (France) will provide an avionics case study and will investigate the readiness for certification of the PROXIMA solutions.
· University of York (UK) will research and develop probabilistic and deterministic techniques and prototype tools for the analysis of Worst-Case Execution Times (WCET) and end-to-end timing behaviour.
· Airbus Defence and Space (France) will design case studies that are representative of current space activities.
· Ikerlan S.COOP (Spain) will provide a case study representative of the rail industry.
· Infineon Technologies UK Ltd will validate the PROXIMA requirements against automotive needs, and will also provide an automotive case study.
The PROXIMA project is scheduled to take three years to complete and has a budget of €6,793,991. The EC contribution to this project is €4.65M. The contract number is 611085.
For further information, visit the project website at www.proxima-
· The PROXIMA Coordinator, Barcelona Supercomputing Center – Centro Nacional de Supercomputació
· The PROXIMA Dissemination leaders, Liliana Cucu-Grosjean (liliana.cucu@