In this paper, we describe a top-down analysis and simulation approach to size the bandwidths of a store-and-forward network for a given network topology, a mission traffic scenario, and a set of data types with different latency requirements. We use these techniques to estimate the wide area network (WAN) bandwidths of the ground links for different architecture options of the proposed Integrated Space Communication and Navigation (SCaN) Network.
Coarse-grain bandwidth estimation techniques for large-scale network
01.03.2013
1842197 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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