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We present the first time-optimal self-stabilizing spanning tree algorithms that do not need any prior knowledge of the network size or diameter. We present.
In this paper we present time-optimal self-stabilizing algorithms for asynchronous distributed spanning tree computation in networks.
Time optimal self-stabilizing spanning tree algorithms. Author(s). Aggarwal, Sudhanshu Madan. Thumbnail. DownloadFull printable version (4.260Mb). Advisor.
[PDF] Time Optimal Uniform Self-Stabilizing Spanning Tree Algorithms
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In this paper an overview is given of self-stabilizing spanning tree algorithms as pre- sented in the literature. In parti ular, three algorithms are dis ...
These protocols are the first to be time-optimal (i.e. stabilize in time O(diameter) without any prior knowledge of the network size or diameter, ...
Time Optimal Self-Stabilizing Spanning Tree Algorithms. Author(s). Aggarwal, Sudhanshu Madan. Thumbnail. DownloadMIT-LCS-TR-632.pdf (10.55Mb). Advisor.
In this research, we present the first time-optimal self stabilizing algorithm for synchronous distributed spanning tree construction, assuming the standard ...
Abstract. This paper presents an improved and time-optimal self-stabilizing algorithm for a major task in distributed computing- a rooted spanning tree ...
In this paper we present time-optimal self-stabilizing algorithms for asynchronous distributed spanning tree computation in networks.
We prove that there exists a silent self-stabilizing construction algorithm for MDST, stabilizing on a class of spanning trees with degree at most OPT +1, and ...