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的时代。
These applications are especially amenable to thread level parallelism because many of their computations can run simultaneously.
这些应用程序特别受线程层平行的影响，因为这些应用程序的许多计算都是同步进行的。
In the synchronous case, this level of parallelism isn't achievable, because the limiting factor is the number of threads in the servlet thread pool.
而使用同步则无法达到这种并行程度，因为servlet线程池中的线程数是有限制的。
This is a good fit for large-scale server applications which often have large amounts of live heap data and considerable thread-level parallelism.
这对于经常产生大量存活堆数据和线程级别数据的大规模服务器端应用来说是非常棒的。
These sorts of applications are characterized by large amounts of live heap data and considerable thread-level parallelism, and are often run on high-end multi-core processors.
这类应用的特点是存在大量活跃堆数据和线程级别的并发，并且往往运行在高端多核处理器上。
By analyzing factors impacting upon the embedded system performance, an embedded system design method based on thread ideas is used, performance is improved with instruction level parallelism.
通过分析影响嵌入式系统性能的主要因素，采用了基于线程概念的嵌入式系统并行设计方法，利用指令级并行来改善系统性能。
The thread control method is an important component to implement thread-level speculation (TLS) and extract thread-level parallelism (TLP) when running general-purpose sequential applications on SCMP.
对于通用串行应用程序，高效的线程控制方法是实现线程级前瞻、挖据线程级并行性的一个重要组成部分。
The thread control method is an important component to implement thread-level speculation (TLS) and extract thread-level parallelism (TLP) when running general-purpose sequential applications on SCMP.
对于通用串行应用程序，高效的线程控制方法是实现线程级前瞻、挖据线程级并行性的一个重要组成部分。
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