Processor networks consisting of a thousand and more processing
nodes that interact by sending messages over a communications
network are feasible today. They can only meet the market's demand
for high-speed, low-cost computing when adequate facilities for the
implementation of distributed programs--programs consisting of a
collection of processes that communicate and synchronize via the
exchange of messages--are offered. This book investigates some of
these facilities by viewing both the processor network and the
distributed program as a graph. Dr. Hilbers begins by introducing
distributed computing with graph theory, and considers processor
networks and their price/performance ratios. He goes on to look at
obtaining homogeneous distributions of work over networks and
considers examples. The author closes by discussing message routing
within a processor network.
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