In A Queuing System New Jobs Must Wait For A

In a queuing system, new jobs must wait for a while before being served. While a job waits, its priority increases linearly with time from zero at a rate α. A job waits until its priority reaches the priority of the jobs in service; then, it begins to share the processor equally with other jobs in service using round robin while its priority continues to increase at a slower rate β. The algorithm is referred to as selfish round robin, because the jobs in service try (in vain) to monopolize the processor by increasing their priority continuously.
In a queuing system, new jobs must wait for a

Use Figure to show that the mean response time Rx for a job of service time x is given by:

In a queuing system, new jobs must wait for a

Where

In a queuing system, new jobs must wait for a

Assuming that arrival and service times are exponentially distributed with means 1/λ and s, respectively.

Place this order or similar order and get an amazing discount. USE Discount code “GET20” for 20% discount