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4. Consider a system with the following specifications: Calls per hour = 8; Average Holding time per Call 1.5 minutes; Number of users = 3; Number of trunked Channels = 5. Determine: i) the total traffic offered in the system; ii) the blocking probability, ii) the delay probability; iv) the fraction of all calls that will be delayed for more than Imin minute; v) the average delay of all calls. What do you observe?

4. Consider a system with the following specifications: Calls per hour = 8; Average Holding time per Call 1.5 minutes; Number of users = 3; Number of trunked Channels = 5. Determine: i) the total traffic offered in the system; ii) the blocking probability, ii) the delay probability; iv) the fraction of all calls that will be delayed for more than Imin minute; v) the average delay of all calls. What do you observe?

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.6: Summarizing Categorical Data
Problem 25PPS
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Statistics and Probability 4. Consider a system with the following specifications: Calls per hour = 8; Average Holding time per Call = 1.5 minutes; Number of users = 3; Number of trunked Channels = 5. Determine: i) the total traffic offered in the system; ii) the blocking probability, iii) the delay probability; iv) the fraction of all calls that will be delayed for more than Imin minute; v) the average delay of all calls. What do you observe?
Transcribed Image Text:Statistics and Probability 4. Consider a system with the following specifications: Calls per hour = 8; Average Holding time per Call = 1.5 minutes; Number of users = 3; Number of trunked Channels = 5. Determine: i) the total traffic offered in the system; ii) the blocking probability, iii) the delay probability; iv) the fraction of all calls that will be delayed for more than Imin minute; v) the average delay of all calls. What do you observe?
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