这种技术称为流水线。
It also improves caching and instruction pipelining.
它还可以改进缓存和指令流水线。
This is achieved through pipelining at the hardware level.
在硬件级别中，通过使用流水线操作来完成这个任务。
Such cases are rare, and most of the time pipelining works very well.
这种情况非常少见，并且大多数时候流水线都可以很好地工作。
If there is more advanced HTTP pipelining support, then this may not be needed.
如果有更为高级的HTTP管道支持，则可能就不需要处理这个问题了。
Such is the idea of computer pipelining.
这就是计算机流水线的最基本的思想。
The most important of these is pipelining.
其中最重要的是流水线。
Data pipelining is a common pattern in concurrent programming.
“数据管道”是并发编程中的常见模式。
Software pipelining is an effective approach of loop scheduling.
软件流水是循环调度的重要方法。
Using existing TCP connections is easy, but implementing pipelining is not trivial.
使用现有的TCP连接非常容易，但实现流水线并不是那么简单。
A new approach based on loop fusion is presented to exploit pipelining parallelism.
提出通过循环合并发掘节点间流水并行的方法。
Then a VLIW optimizing compiler adopting two-level software pipelining is described.
然后叙述采用两级软件流水的VLIW优化编译器；
The work speed is optimized through the pipelining design, register matching or key path.
速度优化通过流水线设计、寄存器配平或关键路径实现。
Common table expressions (the WITH clause) allow efficient pipelining of data-change-operations.
公共表表达式(with子句)允许数据更新操作的高效管道。
In reverse engineering, software pipelining loop causes some difficulties in reverse translation.
在逆向工程中，软件流水循环为逆向翻译带来了困难。
The pipelining technique described above is an example of using asynchronous processing to enhance performance.
本文介绍的流水线技术是使用异步处理以提高性能的示例。
No pipelining means each request has to be answered and its connection freed up before the next request can be sent.
禁用管道意味着需要应答每个请求，在下一个请求发出前需要释放掉上一个请求所建立的连接。
The structure and allocation of the register file is a key factor affecting the performance of software pipelining.
寄存器结构及其分配是软件流水算法的关键之一。
Software pipelining is a loop optimization technique that has been widely implemented in modern optimizing compilers.
软件流水是一种循环程序的优化技术，已经广泛应用于现代优化编译器中。
Software pipelining and loop unroll are two kinds of important optimized compile technique to develop loop parallelism.
软件流水和循环展开是开发循环并行性的两种重要编译优化技术。
There exists a least value of the sum of motive power and heating power consumption costs in pipelining heated crude oil.
热输原油管道的动力能耗费用与热力能耗费用之和存在一个极小值。
This paper presents an efficient design of AES algorithm's IP core in FPGA using pipelining technique and optimized methods.
文章基于FPGA采用流水线技术和优化设计，提出了一种更高效的AES算法IP核的设计方法。
Introduced the general state of LuWan product oil pipeline and the operation of the batch pipelining of gasoline and diesel.
介绍了鲁皖成品油管道的概况以及汽柴油顺序输送运行的情况。
The technique exploits pipelining from complex loop structures, which distinguishes itself from traditional pipelining techniques.
该技术与传统流水技术的不同在于，能从复杂的循环结构中发掘流水并行。
A method for dealing with pipelining errors in which the receiver simply discards all subsequent frames, sending no acknowledgments.
处理管线传输错误的一种方法，在这种方法中，接收方发现错误后简单地废弃后续帧，不发送确认信号。
Software pipelining has been combined with several memory optimization technologies for higher performance by hiding memory access latency.
为了减轻存储系统影响，软件流水结合了一些存储优化技术，通过隐藏存储延迟来提高性能。
Using asynchronous message passing and pipelining, it promises to offer more control than thread pools and better performance than manual threading.
借助于异步消息传递与管道，它可以提供比线程池更好的控制，也比手工线程方式具备更好的性能。
A macro-pipelining parallel algorithm was proposed for the deduced differential equation, which is improved upon the traditional serial algorithm.
针对推导的微分方程，改进串行求解算法，提出一种宏流水并行算法。
A macro-pipelining parallel algorithm was proposed for the deduced differential equation, which is improved upon the traditional serial algorithm.
针对推导的微分方程，改进串行求解算法，提出一种宏流水并行算法。
应用推荐