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引用次数: 1

摘要

提出了在一组元素上执行一组优先级队列操作的新设计。在这个设计中,处理器被称为榕树堆机,它们连接在一起形成一个线性链。榕树堆机的算法是将二进制堆算法推广到更一般的称为榕树的无环图。与现有的设计不同,这种设计需要更少的处理器来满足相同的容量需求,而且处理器没有几何变化的内存大小。这就得到了一个完全齐次的系统。榕树堆机器的主要优势在于它能够检索不同百分位数水平的元素。
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Banyan heap machine
New designs for performing a group of priority queue operations on a set of elements are presented. Processors in this design, called the banyan heap machine are connected together to form a linear chain. The algorithms for the banyan heap machine are the generalization of binary heap algorithms to a more general acyclic graph called banyan. This design, unlike existing designs, requires fewer processors to meet the same capacity requirement, and also, processors do not have geometrically varying memory sizes. This results in a completely homogeneous system. The key advantage of the banyan heap machine is in its ability to retrieve elements at different percentile levels.<>
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