Titlebook: Stabilization, Safety, and Security of Distributed Systems; 8th International Sy Ajoy K. Datta,Maria Gradinariu Conference proceedings 2006

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書目名稱Stabilization, Safety, and Security of Distributed Systems影響因子(影響力)




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書目名稱Stabilization, Safety, and Security of Distributed Systems被引頻次




書目名稱Stabilization, Safety, and Security of Distributed Systems被引頻次學(xué)科排名




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不遵守

LAVE

Reliability and Availability Analysis of Self-stabilizing Systemsmprises a suitable state abstraction thereby making the calculation tractable. Exemplarily, we apply the procedure to a system that constructs a depth-first search spanning tree showing that our approach is feasible and yields meaningful results.

subordinate

A General Characterization of Indulgence as a simple application of Murphy’s law to partial runs of a distributed algorithm, in a computing model that encompasses various communication and resilience schemes. We use our characterization to establish several results about the inherent power and limitations of indulgent algorithms.

硬化

Toward a Time-Optimal Odd Phase Clock Unison in Treest most . rounds. Moreover, both are optimal in space. The amount of required space is independent of any local or global information on the tree. Furthermore, they work on dynamic trees networks, in which the topology may change during the execution.

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ATOPY

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Range-Of-Motion

Coverage, Connectivity, and Fault Tolerance Measures of Wireless Sensor Networksationship between coverage and connectivity for . (.CWSN), where every point in a field of interest is covered by at least . sensors. Furthermore, we compute the connectivity of .CWSN based on the degree of sensing coverage. We also propose measures of fault tolerance for .CWSN based on network conn

Assault

A Case Study on Prototyping Power Management Protocols for Sensor Networkseeks to several months). One of the challenges in developing power management protocols for sensor networks is prototyping. Specifically, existing programming platforms for sensor networks (e.g., nesC/TinyOS) use an event-driven programming model and, hence, require the designers to be responsible f