YORK, U.K. -- Over the next decade, the embedded software industry will face a massive transition to
multicore and manycore processors. This architectural revolution intensifies an already existing severe
challenge to the development of Critical Real-Time Embedded Systems (CRTES), namely the need to show
that software timing behaviour is always correct during operation. Previous research carried out in the
EU-funded PROARTIS project has demonstrated how this threat can be mitigated through the application
of randomization. PROXIMA (Probabilistic real-time control of mixed-criticality multicore and manycore
systems), a 36-month project funded under the EU FP7 research programme, builds on the results of
PROARTIS, and will result in a comprehensive suite of hardware and software platforms and probabilistic
analysis methods integrated into commercial design, development and verification tools. (More details....)
Randomization provides the answer to timing challenges for next generation critical embedded systems
PRlog
Monday, March 24, 2014