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Recovery of N process deadlock using auction theory

机译:使用拍卖理论恢复N过程僵局

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The problem in increasing importance in design large multiprogramming system is the deadlock that is, two or more task is unable to proceed in scenario where each task monopolizing resources and waiting for the release of resources currently need by other in that group. In this paper we give the mechanism for deadlock recovery where finite processes are in deadlock while demanding the multiple identical instances of same resource type. We use VCG truthful auction mechanism in our proposed scheme by assuming that ‘N’ numbers of processes are in deadlock and act as bidders, put sealed bid and take participation in auction with independent private values to acquire the resources form auctioneer. We provide an efficient algorithm to resolve starvation problem has polynomial time complexity.
机译:在设计大型多程序系统中越来越重要的问题是死锁,即在每个任务垄断资源并等待该组中其他人当前需要释放资源的情况下,两个或多个任务无法进行。在本文中,我们给出了死锁恢复的机制,其中有限进程处于死锁状态,同时要求使用相同资源类型的多个相同实例。我们在提议的方案中使用VCG真实拍卖机制,假设“ N”个流程处于僵局并充当竞标者,进行密封竞标并以独立的私人价值参与拍卖以从拍卖师那里获取资源。我们提供了一种有效的算法来解决具有多项式时间复杂性的饥饿问题。

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