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Design Methods and Applications for Distributed Embedded by Chokri Mraidha, Sylvain Robert, Sébastien Gérard, David

By Chokri Mraidha, Sylvain Robert, Sébastien Gérard, David Servat (auth.), Bernd Kleinjohann, Guang R. Gao, Hermann Kopetz, Lisa Kleinjohann, Achim Rettberg (eds.)

The IFIP TC-10 operating convention on allotted and Parallel Embedded structures (DIPES 2004) brings jointly specialists from and academia to debate fresh advancements during this very important and starting to be box within the ideal urban of Toulouse, France. The ever lowering price/performance ratio of microcontrollers makes it economically appealing to interchange an increasing number of traditional mechanical or digital keep watch over structures inside many items via embedded real-time computers. An embedded real-time laptop procedure is usually a part of a well-specified better method, which we name an clever product. even though so much clever items start as stand-alone devices, a lot of them are required to engage with different structures at a later level. at the present, many industries are in the course of this transition from stand-alone items to networked embedded platforms. This transition calls for mirrored image and architecting: The complexity of the evolving dispensed artifact can merely be managed, if cautious making plans and principled layout tools change the - hoc engineering of the 1st model of many standalone embedded products.

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Additional info for Design Methods and Applications for Distributed Embedded Systems: IFIP 18th World Computer Congress TC10 Working Conference on Distributed and Parallel Embedded Systems (DIPES 2004) 22–27 August 2004 Toulouse, France

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The counter is initialized to 0 and counts modulo where It is increased whenever a state of the ith set is reached. As a result, only one set of accepting states, say is needed. 5. RELATED WORK Graphical representation, due to its visual effect, is popular in the process of system development. Some intuitive representations for temporal logic properties have been presented in recent years. Timing Diagrams [SD93] are a graphical notation for expressing precedence and causality relationships between events in a computation, the semantics of which is defined by a subset of temporal logics.

Our method proposed in this paper is one of such formal methods. Our method is based on equations and equational reasoning. Equations are the most basic logical formulas and equational reasoning is the most fundamental way of reasoning(Gries and Schneider, 1993), which can moderate the difficulties of proofs that might otherwise become too hard to understand. Consequently, we expect that our method is easier to learn and use than existing formal methods for hybrid systems. 44 Kazuhiro Ogata, Daigo Yamagishi, Takahiro Seino, Kokichi Futatsugi We have been successfully applying equations and equational reasoning to modeling and verification of distributed systems such as security protocols (Ogata and Futatsugi, 2003a; Ogata and Futatsugi, 2003b).

Without loss of generality, given a system M, let be an execution path; be a proposition; f and g be LTL formulas. The interpretation of LTL can then be described as below: p holds at the first state of 1. M, f does not hold along 2. M, either f or g holds along 3. M, both f and g hold along 4. M, 5. M, f holds at the second state of f holds at some state on 6. M, 7. M, f holds at every state on f holds along up to some state where g holds. 8. M, 9. M, g holds along up to and including the first state where f holds.

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