Titlebook: Design Methods and Applications for Distributed Embedded Systems; IFIP 18th World Comp Bernd Kleinjohann,Guang R. Gao,Achim Rettberg Confer

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On the Use of Projects in Simulation Courseswhere the runtime approach does not find a feasible schedule even if such a schedule exists. The proposed approach uses state space exploration for finding a preruntime scheduling. The main problem with such methods is the space size, which can grow exponentially. This paper shows how to minimize th

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Local Planning in The Netherlandsystem capabilities. The resource manager of the operating system has to handle different service functions of the applications with different resource requirements and different qualities. Thereby, the grant of new resources has to be assured by an acceptance test. Whilst this issue is widely handle

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The Context of Local Government and Planning net based design of distributed embedded real-time systems. It is intended to be a vehicle for realizing Petri net components in hardware. The paper describes the use of standard SystemC language constructs to realize the execution of a high-level Petri net, which is assumed to be separated into pa

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Modeling and Verification of Hybrid Systems Based on EquationsMore concretely, CafeOBJ, an algebraic specification language, is used to specify HOTSs and verify that HOTSs have properties by writing proofs, or proof scores. One case study is used to demonstrate how to model hybrid systems as HOTSs, specify HOTSs in CafeOBJ and verify that HOTSs have properties with the CafeOBJ system.

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On Detecting Deadlocks in Large UML ModelsThe paper describes a method for the detection of deadlocks in large UML models of reactive systems. Therefore a multi-phase-approach will be presented which consists of the four phases: property extraction, potential deadlock analysis, deadlock reachability analysis and result visualisation.

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https://doi.org/10.1007/b98982Action Description Language; Kernel; algorithms; communication; complexity; microcontroller; modeling; sear

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978-1-4757-8012-3IFIP International Federation for Information Processing 2004