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For problems #2, create a single console application. In it (and outside the curly brackets of "class program"), create a class "MyLab06". All the following functions must be defined in this new class with public scope. Also illustrate calling each function from void main in the class "program". 2. Develop a public function that calculates and returns the average length of a server queue. For an 2 M/M/1 queue (single server, exponential processing and arrival rates), L, 1- while for an M/G/1 queue (single server, exponential arrival rate and any distribution for processing rate) Lg = ; p is utilization of 2(1-р)" the server (a value > 0 and < 1), 1 is the arrival rate to the queue per unit time (value > 0), and o, is the standard deviation of the server processing time (value > 0). These values should be passed to the function (^ and og should be optional arguments). Use an enumeration to define the queue type. The function should print an error message and then throw an exception if any of the arguments are out of range.

For problems #2, create a single console application. In it (and outside the curly brackets of "class program"), create a class "MyLab06". All the following functions must be defined in this new class with public scope. Also illustrate calling each function from void main in the class "program". 2. Develop a public function that calculates and returns the average length of a server queue. For an 2 M/M/1 queue (single server, exponential processing and arrival rates), L, 1- while for an M/G/1 queue (single server, exponential arrival rate and any distribution for processing rate) Lg = ; p is utilization of 2(1-р)" the server (a value > 0 and < 1), 1 is the arrival rate to the queue per unit time (value > 0), and o, is the standard deviation of the server processing time (value > 0). These values should be passed to the function (^ and og should be optional arguments). Use an enumeration to define the queue type. The function should print an error message and then throw an exception if any of the arguments are out of range.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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For problems #2, create a single console application. In it (and outside the curly brackets of "class program"), create a class "MyLab06". All the following functions must be defined in this new class with public scope. Also illustrate calling each function from void main in the class "program". 2. Develop a public function that calculates and returns the average length of a server queue. For an while for an M/G/1 queue M/M/1 queue (single server, exponential processing and arrival rates), L, = 1-p ao+p. ; p is utilization of 2(1-р)" (single server, exponential arrival rate and any distribution for processing rate) Lg = the server (a value > 0 and < 1), ^ is the arrival rate to the queue per unit time (value > 0), and o, is the standard deviation of the server processing time (value > 0). These values should be passed to the function (A and Os should be optional arguments). Use an enumeration to define the queue type. The function should print an error message and then throw an exception if any of the arguments are out of range.
Transcribed Image Text:For problems #2, create a single console application. In it (and outside the curly brackets of "class program"), create a class "MyLab06". All the following functions must be defined in this new class with public scope. Also illustrate calling each function from void main in the class "program". 2. Develop a public function that calculates and returns the average length of a server queue. For an while for an M/G/1 queue M/M/1 queue (single server, exponential processing and arrival rates), L, = 1-p ao+p. ; p is utilization of 2(1-р)" (single server, exponential arrival rate and any distribution for processing rate) Lg = the server (a value > 0 and < 1), ^ is the arrival rate to the queue per unit time (value > 0), and o, is the standard deviation of the server processing time (value > 0). These values should be passed to the function (A and Os should be optional arguments). Use an enumeration to define the queue type. The function should print an error message and then throw an exception if any of the arguments are out of range.
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