in this paper. we conszder brforcasting in n-star nehoork undw the assumption that a nodecan communicate simeltaneously through all its ports. we shew a few upper bounds for broadcastingtime in cases of different call...in this paper. we conszder brforcasting in n-star nehoork undw the assumption that a nodecan communicate simeltaneously through all its ports. we shew a few upper bounds for broadcastingtime in cases of different call faulty models.展开更多
in this paper, we present a new unidirectional graph, the 'alternating graph. Like the known (unidirectional) n-cube and (unidirectional) n-star, the alternating graph is shown to possess rich structure and symmet...in this paper, we present a new unidirectional graph, the 'alternating graph. Like the known (unidirectional) n-cube and (unidirectional) n-star, the alternating graph is shown to possess rich structure and symmetry properties as well as many desirable fault tolerant characteristics展开更多
文摘in this paper. we conszder brforcasting in n-star nehoork undw the assumption that a nodecan communicate simeltaneously through all its ports. we shew a few upper bounds for broadcastingtime in cases of different call faulty models.
基金Trans-Century Training Programme Foundation for the Talents by the StateEducation Commission.
文摘in this paper, we present a new unidirectional graph, the 'alternating graph. Like the known (unidirectional) n-cube and (unidirectional) n-star, the alternating graph is shown to possess rich structure and symmetry properties as well as many desirable fault tolerant characteristics
