PIPELINING in Chinese translation

• 流水线
• 管道
• 个流水线式操作
• 管线化

Examples of using Pipelining in English and their translations into Chinese

This basic pipelining concept allows the CPU to obtain up to 1 MIPS per MHz.
这种基本的流水线操作理念使CPU的速度高达1MIPS每MHz。

Parallelization and pipelining allow data to be read and written as fast as if the drive was not encrypted.
并行化和流水线操作允许读取和写入数据，就像驱动器未加密一样快。

Pipelining, defined in HTTP/1.1, allows for sending multiple requests over a single socket without waiting for a response.
Pipelining,定义在HTTP/1.1中，它允许在一个socket连接中发送多个请求而不用等待响应返回。

A Mozilla zine, Network. http. pipelining, contains more details on this issue.
MozillaZine上的这篇文章，Network.http.pipelining，包含更多细节信息。

Thus, RISC architecture requires more RAM but always executes one instruction per clock cycle for predictable processing, which is good for pipelining.
因此，RISC架构需要更多RAM，但每个时钟周期总是执行一条指令以进行可预测的处理，这对于流水线操作非常有用。

The tail-emission pattern is the same, you get events on Scheduler s2, but now we have lost the strong pipelining effect.
尾发射”模式保留了下来，我们也在Schedulers2上收到事件，但我们丢掉了强流水线效果。

This challenge demanded a complete solution in all aspects- code, documentation, workflow, pipelining, storytelling, modularity, reusability, visualizations, and use of core natural language processing.
这个挑战要求在所有方面都有一个完整的解决方案--代码、文档、工作流、流水线、讲故事、模块化、可重用性、可视化和自然语言处理的使用。

For instance, futures enable promise pipelining, as implemented in the languages E and Joule, which was also called call-stream in the language Argus.
例如，future让promise流水线成为了可能，就像在E语言和Joule语言中实现的那样，在Argus语言中这也被称为call-stream。

Firefox implements pipelining but it is turned off by default, the issue being discussed at least since 2004 as this Mozilla bug shows.
Firefox实现了pipelining，但是它在默认情况下是关闭的，正如Mozilla的这个Bug错误信息所示，至少自2004年以来就在讨论这个问题了。

Logstash is a data collection engine with real-time pipelining capabilities.
Logstash是一个具有实时渠道能力的数据收集引擎。

Since the many in-transit sender-to-receiver packets can be visualized as filling a pipeline, this technique is known as pipelining.
因为许多从发送方向接收方输送的分组可以被看成是填充到一条流水线中，故这种技术被称为流水线（pipelining）。

HTTP pipelining allows the browser to send another request while waiting for the response of a previous request.
HTTP管线化让浏览器在等待回应上一个请求时发送另一个请求。

Pipelining in HTTP/1.1 allows the client to send multiple requests at once without having to wait for a response from each.
HTTP1.1管线化(pipelining)理论，客户端可以同时发出多个HTTP请求，而不用一个个等待响应之后再请求.

Royal Dutch Petroleum got its start in the Dutch East Indies in the late 1800s, and by 1892 had integrated production, pipelining, and refining operations.
荷兰皇家石油公司形成于19世纪末荷兰东印度群岛，到1892年已拥有了生产、管道运输和炼油业务。

The Xanadu implementation of promise pipelining only became publicly available with the release of the source code for Udanax Gold in 1999, and was never explained in any published document.
Xanadu实现的promise流水线仅在1999年UdanaxGold的源代码发布时才公开发布，并且在任何已发布的文档中都没有解释过。

In a system supporting parallel message passing but not pipelining, the message sends x<- a() and y<- b() in the above example could proceed in parallel, but the send of t1<- c(t2) would have to wait until both t1 and t2 had been received, even when x, y, t1, and t2 are on the same remote machine.
在支持并行消息传递但不支持流水线操作的系统中，上面示例中的消息发送x<-a()和y<-b()可以并行进行，但发送t1<-c(t2)将不得不等到t1和t2都被接收，即使x、y、t1和t2在同一个远程机器上。

HTTP/1.1 takes care of this problem by introducing persistent connections and pipelining.
HTTP/1.1通过引入持久连接和流水线来解决这个问题。

HTTP/1.1 introduced a method called pipelining.
HTTP/1.1引入了一个称为流水线的方法。

For example, HTTP pipelining has emerged as a resource burden in Web development.
比如，HTTP流水线就成为了Web开发的负担。

A large number of automation equipment require manual operations and pipelining.
许多自动化设备需要人工操作和管道操作。