Opens an existing named synchronization event.
打开一个现有的已命名同步事件。
Opens an existing named synchronization event, specifying the desired security access.
开启现有的具名同步处理事件，指定所需的安全性存取权。
Synchronization event object is used to resolve problem of accessing card among multiple threads.
用事件同步对象解决了多线程访问运动控制卡的问题。
Resource contention data includes information about every synchronization event that causes a function in the profiled application to wait for access to a resource.
资源争用资料包含每个同步处理事件的相关资讯，这类事件会造成程序码剖析应用程序中的函式等待存取资源。
A branch may locally support limited business functionality in the event connectivity to the hub is interrupted, with subsequent synchronization once connectivity resumes.
当发生与中心连接中断的事件时，分支可能在本地支持有限的业务功能，一旦连接恢复，随即与其同步。
X11 offers powerful facilities for window management, event handling, synchronization, and inter-client communication — and most developers are already familiar with its APIs.
X11为窗口管理、事件处理、同步和客户机间通信提供强大的功能—并且大多数开发人员已经熟悉了它的API。
The RTSJ addresses several problematic areas, including scheduling, memory management, threading, synchronization, time, clocks, and asynchronous event handling.
RTSJ 处理了几个有问题的地方，包括调度、内存管理、线程、同步、计时、时钟和异步事件处理。
Since you have fixed the root cause of the problem, you can now resubmit the Failed Event, allowing the data synchronization flow to execute to completion.
由于您已经找到了问题的根源，因此现在可以重新提交FailedEvent，允许数据同步流完成。
The scripting capabilities of AW allow for animation, sound, event and bot creation, synchronization, and control.
AW的脚本功能支持动画、声音、事件和bot的创建、同步和控制。
A barrier is a JCSP event that ACTS as a synchronization mechanism between multiple processes.
barrier是一个JCSP事件，可以充当多个进程之间的同步机制。
Tivoli Enterprise Console event synchronization component (not shown) for synchronizing the status of situation events that are forwarded to the event server.
TivoliEnterpriseConsole事件同步组件（没有显示出来）用于同步发送到事件服务器的情况事件的状态。
Named event objects are provided to provide synchronization between the processes, but in Linux, both the pthreads and POSIX provides synchronization between threads.
有名事件对象用来在进程之间进行同步，而在Linux中，pthreads和POSIX都提供了线程间的同步功能。
In Windows, event objects are one of the synchronization objects whose state needs to be explicitly set to signaled using the SetEvent function. Event objects come in two types.
在Windows中，事件对象是那些需要使用SetEvent函数显式地将其状态设置为有信号状态的同步对象。
This synchronization is achieved through event-handling or other preferred choices such as polling or user-end triggering.
这一同步是通过事件处理或轮询或用户端触发等其他首选方式实现的。
When used along with the Mutex, pthreads conditional variables provide event-based synchronization between threads, but they are synchronous.
当与互斥一起使用时，pthreads条件变量可以在线程之间提供基于事件的同步机制，不过这是同步的。
Multiple-threaded dispatching can easily raise synchronization issues. It generates multiple event processing threads, which might interfere with each other.
多线程分发很容易产生同步问题，它产生多个可能互相干扰的事件处理线程。
Specially, such techniques as interrupt hook, event synchronization, message passing, double frame memory alternation and priority setup are used to insure the real-time performance.
特别采用了中断挂接、事件同步、消息传递、双帧存交替以及优先级设定等技术确保图像采集的实时性。
By describing synchronization object, especially event, the application background of the synchronization object and its advantages and usage are discussed.
通过对同步对象，特别是事件的实现方法的描述，探讨同步对象的应用背景、优点和用途。
By adopting the multi-buffer, the system can control data synchronization and complete the data transmission with the event trigger.
模块间传送数据的同步控制通过多数据缓冲区机制实现，利用事件驱动方式完成各缓冲区数据的传递。
An improved IDEF3 method was presented to describe a great lot sequence, paralleling, synchronization, conflict and consequence relation during discrete event simulation using WITNESS software.
针对WITNESS仿真环境下，复杂离散事件仿真建模过程中出现的大量顺序、并行、同步、冲突及因果依赖等关系，提出采用改进型idef 3方法进行仿真建模。
You code might set a flag or an internal synchronization object (such as event) so that main thread code would eventually notice it and proceed with raising an external event from there.
你的代码可能设置一个标志或内部同步对象（如事件）使主线程的代码最终会注意到它，并继续从那里筹集外部事件。
In order to meet the resolution requirement of hundreds of microseconds, microsecond global clock synchronization must be achieved in Sequence of Event (SOE) system.
为了满足事件顺序记录(SOE)系统数百微秒级分辨率的要求，系统必须实现精确到微秒级的全局时钟同步。
Objective To examine the effect of visual working memory load on the event related EEG synchronization and desynchronization.
目的研究视觉空间记忆和抽象几何图形记忆的工作记忆负荷对脑电事件相关同步化和去同步化的影响。
CONCLUSION: The mean phase coherence of EEG changed with time is coincident with event-related desynchronization and event-related synchronization.
结论：脑电信号相位相干性指数随时间的变化与事件相关去同步和事件相关同步现象相一致。
CONCLUSION: The mean phase coherence of EEG changed with time is coincident with event-related desynchronization and event-related synchronization.
结论：脑电信号相位相干性指数随时间的变化与事件相关去同步和事件相关同步现象相一致。
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