Titlebook: Active Networks; IFIP-TC6 4th Interna James Sterbenz,Osamu Takada,Bernhard Plattner Conference proceedings 2002 Springer-Verlag Berlin Heid

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A Flexible Concast-Based Grouping Service,llenging, but it is also essential for designing and modeling complex integrated circuits that contain the element. Although the fundamental equations that specify the device physics may be known, they usually comprise a set of coupled nonlinear integro-differential equations that are extremely chal

GLADE

Automated Guided Vehicle Systemsat simultaneously meets three goals: (1) be embedded within a wide-spread, open source operating system; (2) allow non-active applications and regular operating system operation to proceed in a regular manner, unhindered by the active networking component; (3) offer performance competitive with that

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brother

Randolph W. Hall,H.-S. Jacob Tsaoluding the kernel. Using the safety properties of an open kernel environment and a simple ‘Click-like’ software model, third parties are able to load native code anywhere in the processing hierarchy and connect it to existing components at runtime.

Liability

Evolution to an Automated Highway System,protection between their components for faulttolerance or security. However, fine-grained memory protection introduces bottlenecks in communication among components. This paper describes memory protection in Expert, an OS for programmable network elements which re-examines thread tunnelling as a way

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Automated Invention for Smart Industries Both the underlying service model and the architectures supporting deployment and management are component oriented. The separation of service meta-information and implementation code allows for a very flexible way of service deployment management as it facilitates selective code distribution, fine

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Pander

Paolo Carrara,Davide Russo,Anna Rita Bennato network management with predictable resource usage. SNAP is efficient enough to support both centralized polling and mobile agent approaches; furthermore, its resource predictability prevents malicious or erroneous agents from running amok in the network.