Titlebook: Next Generation Design and Verification Methodologies for Distributed Embedded Control Systems; Proceedings of the G S. Ramesh,Prahladavara

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SCADE: Synchronous Design and Validation of Embedded Control Software,ng. The SCADE tool has support for visual animation, test-suite coverage analysis, and formal verification. It has gateways to many other tools ranging from system-level specification to performance analysis.

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A Design Methodology for Distributed Real-Time Automotive Applications,e also present a method to formally specify requirements in terms of sequence diagrams and how these requirements can be formally checked against implementations by using a rich set of time analysis techniques. Finally, we present our approach of optimizing the implementation in order to reduce the number of ECUs or to increase robustness.

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SCADE: Synchronous Design and Validation of Embedded Control Software,and industry applications. SCADE specifications are based on block-diagrams and hierarchical state-machine graphical models with rigorous formal specifications. The SCADE KCG compiler is certified at the highest level of avionics certification, which suppresses the need for generated code unit testi

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Verification and Integration of Real-Time Control Software, the functionality of sensors and processors. Embedded software is different, and more demanding, than the typical programming applications in many ways. Modern programming languages abstract away from real time and resources, and do not provide adequate support for embedded applications. Consequent

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Merge Algorithms for Intelligent Vehicles,ncrease traffic flow, and enhance comfort for drivers. Automakers are trying to make vehicles more intelligent by embedding processors which can be used to implement Electronic and Control Software (ECS) for taking smart decisions on the road or assisting the driver in doing the same. These ECS appl

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All Those Duration Calculi: An Integrated Approach,Duration Calculus (.) was defined over continuous timed behaviours. But variants of . with different notions of time such as sampled time or discrete time have been investigated and used. Yet another variation is whether the time is taken to be weakly or strictly monotonic. The applicability, expres

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Adding Time to Scenarios, describing the behaviour of real-life protocols, the basic MSC notation has no mechanism to specify such constraints. We propose a notation for specifying collections of timed scenarios and describe a framework for automatic verification of scenariobased properties for communicating finite-state ma

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