In order to implement this algorithm, this paper designed a user-level thread scheduling application framework.
为了实现这一算法，本文设计了一种用户级的应用线程调度框架。
The threading module was designed with inheritance in mind, and was actually built on top of a lower-level thread module.
在设计线程模块时考虑到了继承，并且线程模块实际上是建立在底层线程模块的基础之上的。
Whenever a user-level thread makes a blocking system call, the kernel execution vehicle it is using will become blocked in the kernel.
当用户空间线程调用了一个阻塞的系统调用时，内核执行对象也会在内核阻塞。
User level thread is the higher level user scheduling unit supported by kernel thread, it supports concurrent execution of user programs.
用户级线程是在核心线程的支持下建立的更高层次的用户调度单位，能较好地支持用户程序的并发执行。
For more information, see Use of a global connection factory and thread level connection caching below.
有关更多信息，请参见下面的使用全局连接工厂和线程级别连接缓存。
While functionally equivalent to older library code at the thread group level, the ease of use and flexibility in the new model far exceeds any time requirements to adjust code to the newer way.
虽然在线程组级别上，新的库代码的功能与原来库代码的相同，但新模型中的易用性和灵活性远远超出了将代码调整为更新的方式所需的时间。
A second reason for co-deployment of tightly coupled business applications is the reduced stress on resources, specifically task - or thread-level resources.
将紧密耦合业务应用程序部署在一起的第二个原因是可减少对资源的压力，特别是任务或线程级别的资源。
It was in such a course that I was introduced to parallel computation at a much finer level of granularity than the task or thread.
在这样的课程中，我在比任务或线程粒度更细的层次上了解了并行计算。
The last point of interest for this section is the thread block times that are rolled up to the database level.
本节最后将介绍上升到数据库级的线程阻塞时间。
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。
These details underlie higher level topics like thread synchronization and the need for the Core i7.
这些细节是构成诸如线程同步以及酷睿i7处理器的需求这样高水平的内容的基础。
Thread Usage: Shows the thread-level behavior of code.
线程使用：显示代码的线程层次的行为。
Using a global connection factory and thread-level connection caching.
使用全局连接工厂和线程级别连接缓存。
Once the priority class of the process is set, SetThreadPriority is used to set the priority level of the thread within the priority class of the process.
一旦设置了进程的优先级等级，就可以使用SetThreadPriority在进程的优先级等级内部设置线程的优先级层次。
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。
Generally, it does this by maintaining awareness or state of the mapped entity class instances it is responsible for by keeping a first-level cache of instances, valid for a single thread.
通常，它通过保留对单个线程有效的一级缓存实例，维护它负责的映射实体类实例的可识别性或状态，从而做到这一点。
A few examples include thread models, low-level kernel dependencies, middleware, and core libraries.
其中的例子包括线程模型、低级内核依赖项、中间件和核心库。
Proper management of the thread pools is important, because threads are fairly expensive resources in terms of memory consumption in the server, as well as other low-level operating system resources.
正确管理线程池非常重要，因为线程对于服务器中的内存使用量以及其他低级操作系统资源而言是相当珍贵的资源。
Thread usage can be analyzed at several different levels, starting with a high-level graphical view, and drilling down to a detailed tally of individual threads.
可以在不同的级别分析线程使用情况，从高级图形视图开始，然后深入到各个线程的详细记录。
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。
A few examples include thread models, low level kernel dependencies, middleware, and core libraries.
有一些示例，比如线程模型、底层内核依赖、中间件以及核心程序库。
Intel Pin: Why are RTN level analysis calls' Thread ID argument always zero?
英特尔针：为什么RTN水平分析调用线程ID的争论总是零？
There are many ways to measure base-level pitch diameter of cone-shaped thread.
检测圆锥管螺纹基面中径的方法有很多，但测量过程复杂。
For SPARC T-Series processors, the natural level of granularity is an execution thread, not a time-sliced microsecond of execution resources.
对于SPARC T系列处理器，自然粒度级别是执行线程，不是短至微秒的执行资源。
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。
It represents the health conscience, health knowledge and health competence and level one has, and this is becoming the new thread of thought in college physical education reform.
它代表着一个人所具有的健康意识、健康知识、健康能力和水平，是高校体育教学改革的新思路。
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。
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。
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