每个线程模拟一个用户，该用户连接到数据库并提交一个事务流，而不考虑次数。
Each thread simulates a user that connects to the database and submits a stream of transactions without think times.
SOAPUI 可以让我们灵活地增加请求与并行线程的数量，借此，我们就可以模拟将大量请求放置到队列上。
SOAPUI gives flexibility in increasing the number of requests and concurrent threads to simulate placing a large amount of requests on the queue.
客户端线程负责完成模拟，这意味着在测试中访问其他需要记录的页面。
The client's threads are responsible for completing the simulation, meaning visiting additional recorded pages in the test.
在多处理器系统中，Linux试图模拟分派到可用处理器的单个全局RT线程队列的行为。
On multiprocessor systems, Linux tries to emulate the behavior of a single global queue of RT threads that are dispatched to available processors.
使用LoadTest，可以指定要模拟的用户(线程)数量，甚至为这些线程的启动提供计时机制。
With a LoadTest, you can specify a number of users to simulate (that is, threads) and even provide a timing mechanism for the launching of threads.
压力工具是一个简单的、高性能的、使用线程的HTTP引擎，它模拟高强度压力的 HTTP 客户负载。
The stress tool is a simple, high-performance, threaded HTTP engine that simulates a very heavy load of HTTP clients.
该工具将创建十个线程，每个线程分别模拟一个单独的测试用户。
The tool creates ten threads, each modelling an individual test user.
线程也能拥有它们自己的安全上下文，能用来模拟多个客户。
Threads can also have their own security context, which can be used for impersonating clients.
模拟允许此线程与安全对象交互时用客户端的安全上下文。
Impersonation allows the thread to interact with securable objects using the client's security context.
一个正模拟客户端的线程拥有一个主令牌和一个模拟令牌。
A thread that is impersonating a client has both a primary token and an impersonation token.
在系统实现中，将故障模拟在全故障集上进行，并对C／S通信进行了多线程处理，取得了比较好的加速效果。
The fault simulating is completed on the full set of faults and multithread processing is applied to the communication of C/S. A good acceleration rate is achieved.
模拟现实环境中人操作物体的机制，把碰撞检测和碰撞处理作为同一任务的不同线程。
Collision detection and collision handling work at different threads, simulating the manipulation mode of human in real environment.
结果表明，对于模拟的所有负载，CPIT在94%以上的情况下都能保证受控线程获得期望性能。
Results show that for more than 94% of all cases measured, CPIT can control the execution and consequently achieve the desired performance for a given thread.
模拟器分为四个模块：线程控制模块，存储控制模块，通信控制模块和指令系统模块，分别实现。
The simulator is divided into four modules and realized separately: thread control module, memory control module, communication control module and instruction set module.
运动线程和调度线程形成多物体的随机运动模拟平台。
The moving thread and the scheduler thread formed the randomly-moving stimulant platform of multiple objects.
该服务器基于有界队列数据结构，采用单独线程阻塞模式读写，并模拟了事件驱动的机制。
The server is based on a bounded queue, and has a single worker thread running in a block mode and runs as if in event driven mechanism.
在空调电控板测试诊断系统中采用了软件信号仿真和硬件信号模拟相结合的设计方法，最后采用多线程、多优先级的编程技术进行实现。
This system is designed by employing the method of combining signal emulation with signal simulation in addition to multithreading and multi-priority programming technology.
系统采用多线程形式实现多物体随机运动模拟平台。
A simulant platform of random movement of multiple objects is constructed with multiple threads method by the system.
系统采用多线程形式实现多物体随机运动模拟平台。
A simulant platform of random movement of multiple objects is constructed with multiple threads method by the system.
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