Titlebook: Reliable Systems on Unreliable Networked Platforms; 12th Monterey Worksh Fabrice Kordon,Janos Sztipanovits Conference proceedings 2007 Spri

散布

防水

,Providing Dependable Services with Unreliable SoCs—The DECOS Approach,pendent Model (PIM) to the Platform Specific Model (PSM) is discussed and the DECOS execution environment is introduced. In the second part the fault-tolerance mechanisms of DECOS are explained. After a deliberation of the fault hypothesis, the support for the implementation of triple-modular redundancy (TMR) is presented.

美色花钱

PSA-velocity

A Factory to Design and Build Tailorable and Verifiable Middleware,ng of key steps of middleware construction..We illustrate how our current work on PolyORB, Ocarina and the use of Petri Nets allows designer to build the middleware that precisely matches its application requirements and comes with precise proof of its properties.

Longitude

gene-therapy

Architectural Design, Behavior Modeling and Run-Time Verification of Network Embedded Systems,formal method that is based on formal statechart assertions for the design and development of networked embedded systems, and a process of using run-time monitoring and verification, in tandem with modeling and simulation, to study the timing requirements of complex systems early in the design process.

pulmonary

esculent

Applying Service-Oriented Development to Complex Systems: BART Case Study, interactions between distributed components and developing the control algorithms for the various control tasks. We provide a brief overview of service-oriented development and service-oriented architectures, as well as a detailed description of our results for the BART case study.

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Modeling and Verification of Cooperative Self-adaptive Mechatronic Systems,l verification of the real-time coordination and safe rule-based dynamic structural adaptation, we present in this paper a systematic compositional verification scheme which permits to verify the safety of real-time systems with compositional adaptation and an . unbounded number of structural configurations.