CONTEXT SWITCHING 中文是什么意思 - 中文翻译

• 上下文切换
• 情境切换

在 英语 中使用 Context switching 的示例及其翻译为 中文

This is called context switching.
这被称为上下文切换。

Context switching felt frequent.
频繁contextswitching的感觉有点奇妙。

Sometimes there's no way to avoid context switching.
有时候我们根本没办法避免场景转换。

To help users avoid context switching, we also added email inline compose in the main window.
为帮助用户避免上下文切换，我们还在主窗口中加入了邮件嵌入式撰写功能。

Recipe 46: Use multiple monitors to avoid context switching.
诀窍46：使用多台显示器来避免情境切换。

For these reasons, context switching is relatively slow, with a few thousand cycles or milliseconds.
出于这些因素，上下文切换相对较慢，大约是几千个周期或几毫秒。

Shifting between the processes is known as context switching.
不同process之间的切换称作ContextSwitch。

Very complex pieces of logic, memory management, context switching, etc. are all held together with thousands of flags.
非常复杂的逻辑、内存管理、上下文切换等，这些都用数千个flag连接起来。

It can choose to switch to other processes, a mechanism called context switching.
它可以选择切换到其它进程，这种机制叫做“上下文切换”。

The kernel is short, real-time, and can perform fast context switching( Less than 5μs), high efficiency;
内核短小，实时性好，能进行快速的上下文切换（小于5μs），效率高；.

These non-blocking calls are designed to efficiently handle large I/O loads and reduce context switching.
这些非阻塞调用可有效地处理大I/O负载并减少上下文切换。

In multi-tasking environments, the OS can reprogram the MPU during task context switching to define the memory access permissions for each task.
在多任务环境中，操作系统可以在任务情境切换时重新编程MPU，为每个任务定义存储访问许可。

These non-blocking calls are designed to efficiently handle large I/O loads and reduce context switching.
这些非阻塞调用旨在有效地处理大量I/O负载并减少上下文交换。

Recruiters tell us Hire has fundamentally improved how they work, with less context switching between apps.
招聘人员表示，Hire从根本上改善了他们的工作方式，减少了应用程序之间的上下文切换。

These non-blocking calls are designed to efficiently handle large I/O loads and reduce context switching.
这些非阻塞调用设计于高效地处理大量的I/O负载，以及减少上下文切换。

Huffman suggests grouping similar processes together on the same machine or group of machines to avoid context switching all the time which consumes resources.
Huffman建议将类似的进程集中在一台机器或一组机器上，这样可以避免频繁的上下文切换，减少资源消耗。

If the context-switch time is approximately 10 percent of the time quantum, then about 10 percent of the CPU time will be spent in context switching.
如果上下文切换时间约为时间片的10%，那么约10%的CPU时间会浪费在上下文切换上。

These non-blocking calls are designed to efficiently handle large I/O loads and reduce context switching.
这些非阻塞调用设计能够高效地处理大量的I/O负载，以及减少上下文切换。

Additional CPU time is also spent creating these items, which can eventually lead to poor performance due to thread thrashing on excessive context switching.
创建这些还会花费额外的CPU时间，这最终会导致性能低下，因为线程会过多的切换上下文。

While asynchronous programming can prevent all these issues, it was actually designed for an entirely different problem: CPU context switching.
异步编程可以避免上述所有问题，事实上，异步编程是为了解决另外一个问题而设计的：CPUContextSwitching，CPU的上下文切换。

Multi-tasking and real-time executives that include up to 32 vectored interrupts, 16 software traps, segmented data memory, and banked registers to support context switching.
多任务和实时执行包括多达32个向量中断、16个软件陷阱、分段数据存储器和分组寄存器，以支持上下文切换.

This switch is called Context switch.
不同process之间的切换称作ContextSwitch。

Understand how to reduce the number of context switches.
解决办法就是尽量减少ContextSwitch的次数。

This approach not only reduces multiple context switches, it also eliminates data duplication done by the processor.
这种方法不仅减少了多个上下文切换，还避免了处理器完成的数据拷贝。

In the case of GHC Haskell, a context switch occurs at the first allocation after a configurable timeout.
对与GHCHaskell，上下文切换发生在可配置的超时之后的第一次分配。

These context switches have a cost associated with them- they take some time.
这些上下文切换有一定的成本--它们消耗了一些时间。

This approach not only reduces multiple context switches but also eliminates the duplicated data copies that require CPU involvement.
这种方法不仅可以减少多个上下文切换，还可以消除需要涉及CPU的重复的数据拷贝。

Total overhead: two context switches, two IPC calls, and six ring transitions.
总开销：两次上下文切换，两次IPC调用和六次ringtransitions。

A simple task that currently involves multiple context switches could be made significantly faster.
目前涉及到多环境切换的一项简单任务能够被显著加快。

Context Switches/sec is the combined rate at which all processors on the computer are switched from one thread to another.
ContextSwitches/sec进程切换率，指计算机上的所有处理器全部从一个线程切换到另一个线程的综合速率。