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General scheduling algorithm using constant perfect latency cycles for optimal resource utilization in pipeline computing systems.

机译:使用恒定完美等待时间周期的常规调度算法,用于在管道计算系统中优化资源利用。

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This paper presents both a serial and parallel general purpose scheduling algorithm which ensures 100% utilization of at least one stage in a statically configured pipeline processing architecture with less than quadratic computational complexity. This maximized utilization is accomplished through a greedy delay insertion strategy intended to allow any static reservation table to utilize a constant perfect latency cycle without necessarily removing all spatial parallelism present in the initial reservation table. The parallel version requires a multi-function pipeline, but achieves a near-ideal linear relative speedup. The increased utilization, results in decreased total computation time for reservation tables with a sufficiently large number of iterations. In addition, the length of the reservation table experiences, at most, quadratic growth.;Index Terms: Algorithms, Computation Time, Computer Performance, Pipeline Processing, Pipelines, Processor Scheduling
机译:本文介绍了一种串行和并行通用调​​度算法,该算法可确保静态配置的管道处理体系结构中至少一个阶段的100%利用率,且计算复杂度低于二次计算。这种最大利用是通过贪婪延迟插入策略实现的,该策略旨在允许任何静态保留表利用恒定的完美等待时间周期,而不必删除初始保留表中存在的所有空间并行性。并行版本需要多功能管线,但是可以实现接近理想的线性相对加速。利用率的提高导致具有足够大量迭代的保留表的总计算时间减少。此外,保留表的长度最多经历二次增长。索引词:算法,计算时间,计算机性能,管道处理,管道,处理器调度

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