Titlebook: Responsive Computer Systems; Hermann Kopetz,Yoshiaki Kakuda Conference proceedings 1993 Springer-Verlag/Wien 1993 communication.computer.c

chapel

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Timed Statecharts and Real Time Logicctive systems. From such specifications assertions can be proved about time constraints and new restrictions deduced. To express such constraints Real Time Logic formulas are written directly from the Timed Statecharts. A set of rules is presented to translate Timed Statecharts constraints into RTL

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Fault-Tolerant Distributed Sort Generated from a Verification Proof Outline selection of assertions through examining the “Natural Constraints” of the problem. A set of high level properties are used to extract assertion generating properties from the problem specification. The next logical step is to consider formal methods to help in automated generation of executable as

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Towards a Responsive Network Protocolnsive network architecture is proposed. This model guarantees notification of requests transmitted to the network in bounded time. Its functionalities augment existing resource reservation protocols that support multimedia communication. An overview of a real-time network protocol that is based on t

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anatomical

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Hiatus

Overview of an Integrated Toolset Under Development for the CSR Paradigmign alternatives can be specified and analyzed before implementation. In addition, most real-time systems are costly to prototype, requiring careful prediction of timing properties before implementation and evaluation of design alternatives. In this paper, we briefly overview our approach to the spe

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A Distributed Snapshots Algorithm and its Application to Protocol Stabilizationprotocol. In particular, we are interested in assessing the suitability of the application of DSA for protocol stabilization. We show that the protocol state obtained cannot always be used for protocol stabilization, specifically from the checkpointing or recovery viewpoint. Furthermore, we show tha