is it probable to have a deadlock involving only
Is it probable to have a deadlock involving only one single process? Describe your answer.
Answer: No This pursue directly from the hold-and-wait condition.
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define flowcharta process of expressing an algorithm by a collection of linked geometric
q can a system detect that some of its processes are starving if you answer yes explain how it can if you answer no explain how the system can deal
consider the subsequent resource-allocation policy requests as well as releases for resources are allowed at any time if a request for resources cant
q presume that you have coded the deadlock-avoidance safety algorithm as well as now have been asked to implement the deadlock-detection algorithm
is it probable to have a deadlock involving only one single process describe your answeranswer no this pursue directly from the hold-and-wait
what is efficiency of algorithmefficiency of an algorithm can be precisely explained and investigated with mathematical rigor there are two types
what is algorithms optimalityoptimality is about the complexity of the problem that algorithm solves
q name two differences between logical and physical addressesanswer a logical address doesnt refer to an actual existing address rather it refers to
q consider a system in which a program is able to be separated into two parts code and data the cpu recognizes whether it wants an instruction
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