作者: Y.J. Lee , M. Atiquzzaman
关键词:
摘要: The delay-constrained capacitated minimum spanning tree (DC-CMST) problem of finding several broadcast trees from a source node is discussed. While the traditional CMST deals with only traffic capacity constraint served by port node, and (DCMST) considers maximum end–end delay constraint, DC-CMST both mean network constraints. consists set cost to link end-nodes satisfying requirements at required network. In problem, objective function minimise total cost. A dynamic programming-based three-phase algorithm that solves proposed. first phase, generates feasible solutions satisfy constraint. It finds CMSTs in second allocates optimal capacities third phase. Performance evaluation shows proposed has good efficiency for any less than 30 nodes light traffic. can be applied regardless its configuration, used topological design local networks efficient routing algorithms capable constructing least trees.