TLP:线程级并行
“线程级并行”(Thread Level Parallelism,常缩写为TLP)是计算机体系结构中的一个关键技术概念,尤其在物理学等高性能计算相关的学术与科研领域中被广泛使用。采用TLP这一缩写形式,不仅便于日常书写和文献引用,也有助于在复杂理论讨论中提高表达效率。该术语主要用于描述多个线程在处理器中同时执行任务的能力,是实现高效并行计算的重要方式之一。
Thread Level Parallelism具体释义
Thread Level Parallelism的英文发音
例句
- The microprocessor architecture design has entered the era of thread level parallelism.
- 目前微处理器系统结构设计已经进入线程级并行(TLP)的时代。
- But not ILP extracting can satisfied the increasing requirement of computing capability, so, the new parallelism level, TLP ( Thread Level Parallelism(TLP) ), is becoming the research hotspot in the computer research field.
- 但单纯对ILP的开发并不能满足日益增长的对计算性能的追求,因此,新的并行性开发层次&线程级并行(TLP)TLP成为了微体系结构领域的研究热点。
- Research on Hardware Techniques for Thread Level Parallelism(TLP)
- 线程级并行(TLP)的硬件技术研究
- The method made use of hardware dynamic instruction schedule technique which applied both instruction level parallelism and thread level parallelism to improve the parallel computation performance. 3.
- 该方法利用硬件动态指令调度技术,同时采用指令级并行和线程级并行(TLP),提高并行运算的性能。
- As it is more and more difficult to extract ILP due to the inherent relativity and parallelism in the program, new parallelism level, TLP ( Thread Level Parallelism(TLP) ), is becoming the researching hotspot for the micro-architecture researchers.
- 但由于程序自身固有的相关性和并行性,进一步开发ILP变得越来越困难。因此,更高层次的并行性&线程级并行(TLP)TLP便成为了微体系结构研究者们关注的热点。
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