Use p=0.2 and n=3 to compute the probability. How does it compare with the failure probability if the same computing is performed using monolithic computing, that is, on one computer only?
In this exercise we will use a simplified mathematical model to analyze failures in a distributed system. Explain your answers.
Suppose each computer in has a probability of p of failing at any time.
On a single computer, the probability of failing is p = 0.2.
Using the formula developed in (i), the failure probability is (1 - .83) = 0.488 on 3 computers,.
Because all three computers need to be up for the service to be available, the failure probability is greater than when only one computer is needed.
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Fill in the blank(s) with correct word
The images in the accompanying figure are all examples of presentation graphics.
Answer the following statement true (T) or false (F)
Brightness of a picture can be adjusted from the ________ group
A) Adjust B) Arrange C) Styles D) Corrections
____________________ charts provide graphic representations of task relationships, showing what tasks must be completed before others can commence.
Fill in the blank(s) with the appropriate word(s).