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Blocking time analysis of Multiprocessor Priority Ceiling Protocol in real-time multiprocessor system

机译:实时多处理器系统中多处理器优先级上限协议的阻塞时间分析

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In real time system, scheduling and synchronization protocols have been studied extensively. Task scheduling in real-time systems is a concept through which we can schedule the tasks according to their priorities. Due to the chance of system failure in hard real-time systems, the task scheduling is more important. Recently synchronization protocol, i.e., Multiprocessor Priority Ceiling Protocol becomes challenging research area in real time multiprocessor system. The Blocking time of task is caused by resource confliction among tasks with sharing resource. In this paper we have proposed a new algorithm named as “RBA”, i.e., Reduced Blocking Algorithm worksunder Multiprocessor Priority Ceiling Protocol to reduce the blocking times in real time system with task sets having shared resources.
机译:在实时系统中,调度和同步协议已被广泛研究。实时系统中的任务调度是一个概念,通过它我们可以根据任务的优先级来调度任务。由于在硬实时系统中可能会发生系统故障,因此任务调度更为重要。最近,同步协议,即多处理器优先级上限协议,成为实时多处理器系统中具有挑战性的研究领域。任务的阻塞时间是由共享资源的任务之间的资源冲突引起的。在本文中,我们提出了一种称为“ RBA”的新算法,即在多处理器优先级上限协议下的“减少阻塞算法”工作可以减少具有共享资源的任务集在实时系统中的阻塞时间。

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