Titlebook: Advances in Distributed Systems; Advanced Distributed Sacha Krakowiak,Santosh Shrivastava Book 2000 Springer-Verlag Berlin Heidelberg 2000

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Burkard W?rdenweber,Wiro Wickordht balance between these two aspects, using a network model that can be applied to the majority of existing large-scale networks based on reliable high-speed local-area networks interconnected by slower long-haul connections. The approach consists in making visible relevant . aspects of the uderlyin

慢慢流出

,Die Validit?t von Visualisierungen,nts, or human lives, or both, may depend. These DMMAs can be distributed across wide geographical distances; owing to their critical nature, the principal requirements they exhibit include the need for scalable services that be both timely and highly available (i.e. responsive). In order to provide

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Chance, Merit, and Economic Inequalityto deal with new kinds of problems, such as partial crashes and link failures. While many middleware architectures have emerged to answer the growing demand in distributed technologies, most of them do not provide any kind of fault tolerance mechanisms. In this paper, we discuss the addition of obje

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,Corporate Identity: Ausflu? der Kultur,sed on the abstract description of their software architectures. This research field is quite recent and there still does not exist a consensus on what should be the description of a software architecture. However, guidelines are already provided. In particular, it is now accepted that an architectu

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,Corporate Culture: Basis für Identit?t,ated tasks to be carried out and supervised in a dependable manner. The paper describes how the system meets the requirements of interoperability, scalability, flexible task composition, dependability and dynamic reconfiguration. The system is general purpose and open: it has been designed and imple

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ADAGE

,Chancen bilden – eine Einleitung, programming languages and systems to develop applications including mobile agents. They are widely different, and it is not easy to understand . they differ. We propose a taxonomy classifying different kinds of mobile entities according to how they can move and how they can interact with their envi