Optimal design of mixed-media packet-switching networks: Routing and capacity assignment
D Huynh, H Kobayashi, F Kuo - IEEE Transactions on …, 1977 - ieeexplore.ieee.org
This paper considers a mixed-media packet-switched computer communication network
which consists of a low-delay terrestrial store-and-forward subnet combined with a low-cost
high-bandwidth satellite subnet. We show how to route traffic via ground and/or satellite links
by means of static, deterministic procedures and assign capacities to channels subject to a
given linear cost such that the network average delay is minimized. Two operational
schemes for this network model are investigated: one is a scheme in which the satellite …
which consists of a low-delay terrestrial store-and-forward subnet combined with a low-cost
high-bandwidth satellite subnet. We show how to route traffic via ground and/or satellite links
by means of static, deterministic procedures and assign capacities to channels subject to a
given linear cost such that the network average delay is minimized. Two operational
schemes for this network model are investigated: one is a scheme in which the satellite …
[CITATION][C] OPTIMAL DESIGN OF MIXED-MEDIA PACKET-SWITCHING NETWORKS: ROUTING AND CAPACITY ASSIGNMENT.
H DIEU, H KOBAYASHI, KUO FF - 1977 - pascal-francis.inist.fr
OPTIMAL DESIGN OF MIXED-MEDIA PACKET-SWITCHING NETWORKS: ROUTING AND
CAPACITY ASSIGNMENT. … OPTIMAL DESIGN OF MIXED-MEDIA PACKET-SWITCHING
NETWORKS: ROUTING AND CAPACITY ASSIGNMENT. … OPTIMIZATION …
CAPACITY ASSIGNMENT. … OPTIMAL DESIGN OF MIXED-MEDIA PACKET-SWITCHING
NETWORKS: ROUTING AND CAPACITY ASSIGNMENT. … OPTIMIZATION …
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