12.15 A call processor has 50% of its time available for servicing requests. If each re- quest requires 50 msec of processing time, what arrival rate can be supported if only 1% of the service requests are delayed by more than 1 sec? Assume that processor time is sliced into 500-msec time slots. (That is, 500 msec are allo- cated to call processing and then 500 msec to overhead functions.)

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter17: Commercial And Industrial Air-conditioning Control Systems
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12.15 A call processor has 50% of its time available for servicing requests. If each re-
quest requires 50 msec of processing time, what arrival rate can be supported
if only 1% of the service requests are delayed by more than 1 sec? Assume that
processor time is sliced into 500-msec time slots. (That is, 500 msec are allo-
cated to call processing and then 500 msec to overhead functions.)
Transcribed Image Text:12.15 A call processor has 50% of its time available for servicing requests. If each re- quest requires 50 msec of processing time, what arrival rate can be supported if only 1% of the service requests are delayed by more than 1 sec? Assume that processor time is sliced into 500-msec time slots. (That is, 500 msec are allo- cated to call processing and then 500 msec to overhead functions.)
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