Titlebook: Architecture and Design of Distributed Embedded Systems; IFIP WG10.3/WG10.4/W Bernd Kleinjohann Book 2001 IFIP International Federation for

過渡時期

Framework for System Design, Validation and Fast Prototyping of Multiprocessor System-on-Chipty. Driven by the advances in semiconductor technology and the need for new telecommunication applications, the amount of functionality that is realized on a SOC is increasing enormously. The architecture for these applications are truly heterogeneous multiprocessor including hardware/software, and

人類的發(fā)源

The Specification Language SpecC within the PARADISE Design Environmenterent locations and hard real-time requirements. Thus, a structured design process has been established with the PARADISE design environment. The design process covers all steps from behavioral specification to final chip realization. In this paper, we describe how system specification and refinemen

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Real-Time Support for Online Controller Supervision and Optimisationor error recognition, analysis, and processing. The basic principle comprises the use of different controllers. A robust controller as a fail-safe device and a controller to be tested are implemented In the case of an error during the tests the system automatically switches to the robust controller.

pulmonary

xanthelasma

Environment Modelling in Closed Specifications of Embedded Systemsh other using interfaces. Collective behaviour between the system and its environment may be nondeterministic or random, and can include continuous quantities. The effects of the collective behaviour to the architecture of the system are non-obvious and should be considered before defining the inter

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身體萌芽

Timing Constraints Validation Using Uppaalconstraints of tasks into reachability properties, which, thus, can be validated by using model checking tool Uppaal. This approach is detailed through two pre-emptive priority-driven scheduling strategies: rate monotonic priority assignment and priority ceiling protocol.

航海太平洋

A New Dynamic Scheduling Algorithm for Real-Time Multiprocessor Systemsomponent of these systems. Several dynamic scheduling algorithms for real-time multiprocessor systems using heuristic approaches such as famous myopic algorithm and its variations have been proposed. However, the task assignment policies used by all these scheduling algorithms hinder the improvement

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BATE

Java Real-Time Publish-Subscribe Middleware for Distributed Embedded Systems, such as point-to-point and the client-server model are not adequate to keep up with these trends. So we propose a generic Java real-time communication model based on the publish-subscribe model which has proper characteristics for distributed applications. The proposed Java publish-subscribe model