a) i. With your own understanding, explain the Mid-Square method of generating Pseudo–Random Numbers and with your understanding in the explanation, generate 5 Pseudo–Random Numbers from the seed number 2714 . b) Use the linear congruential method to generate a sequence of 5 random numbers with given seed of 27, increment 43 and constant multiplier 17, modulus 100 . c) i. If an M/M/1 queue has utilization of 90%, what do you think will be the average queue length and the average response time? If the arrival rate is 100 jobs per second ii. If an M/D/1 queue has utilization of 80% do you expect its mean queue length and response time to be less, same, or greater than that of an M/M/1? Explain your answer.
a) i. With your own understanding, explain the Mid-Square method of generating Pseudo–Random Numbers and with your understanding in the explanation, generate 5 Pseudo–Random Numbers from the seed number 2714 . b) Use the linear congruential method to generate a sequence of 5 random numbers with given seed of 27, increment 43 and constant multiplier 17, modulus 100 . c) i. If an M/M/1 queue has utilization of 90%, what do you think will be the average queue length and the average response time? If the arrival rate is 100 jobs per second ii. If an M/D/1 queue has utilization of 80% do you expect its mean queue length and response time to be less, same, or greater than that of an M/M/1? Explain your answer.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
100%
a) i. With your own understanding, explain the Mid-Square method of generating
Pseudo–Random Numbers and with your understanding in the explanation, generate 5
Pseudo–Random Numbers from the seed number 2714 .
b) Use the linear congruential method to generate a sequence of 5 random numbers with
given seed of 27, increment 43 and constant multiplier 17, modulus 100
.
c) i. If an M/M/1 queue has utilization of 90%, what do you think will be the average
queue length and the average response time? If the arrival rate is 100 jobs per second
ii. If an M/D/1 queue has utilization of 80% do you expect its mean queue length and
response time to be less, same, or greater than that of an M/M/1? Explain your
answer.
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