Communication module of software based on multi thread technology is used for realizing time sharing multitask of man-machine interactive module and communication module.
监控软件的通信模块采用多线程技术有效地实现了人机交互管理模块与通信模块分时多任务操作。
If your application runs in a multi-thread environment, you need to make sure that your parser pool is synchronized.
如果在多线程环境中运行应用程序，那么您需要确保解析器池是同步的。
There is an exception when you are dealing with a multi-thread application.
当您在处理多线程程序时，还有一个例外。
Application program mainly contains a multi-thread program, including main control thread, preview thread and encoding thread.
本文的应用程序设计为一个多线程程序，包含主控制线程，预览线程和编码线程等三个线程。
The features of multi-thread technology are introduced, and the methods of the thread synchronization between the multiple threads are analyzed.
通过阐述多线程技术的特点，分析了多线程间的线程同步机制。
The expansibility and reliability of the system are guaranteed because of the application of modularized program method and multi-thread technology.
系统采用模块化编程和多线程编程技术，保证了系统的可扩展性和高可靠性。
Through the improvement of CPU utilization rate and the reduced waste of resources, multi-thread techniques could greatly improve the execution efficiency of programs.
多线程技术通过提高CPU的利用率，减少资源的浪费，从而大大提高了程序执行的效率。
The application of multi-thread technique in instrumentation control is researched.
就多线程技术在仪器控制系统中的应用进行了论述。
This paper brings up a solution of multi-thread asynchronous polling in EJB container.
设计中我们提出了在EJB容器内实现异步多线程轮询的解决方案。
The paper also expounded designing communication program of the system and multi-thread technology used by the system.
并对系统的通信程序设计及系统所采用的多线程技术作了阐述。
This article discussed the multi-thread technology application in numerical control system software design of flame cutter based on the movement control card.
讨论了基于运动控制卡的火焰切割机数控系统的软件设计中多线程技术的应用。
In addition, to improve the processing capability and the interaction between modules, this program also USES multi-thread technology.
此外，为了提高程序的处理能力和模块间的交互性，本程序还采用了多线程技术。
In addition, important research on the system real-time communication using multi-thread technology has also been done.
此外，对采用多线程技术实现系统实时通信也做了重点研究。
The system's wireless network video transmission and intelligent network control functions are implemented with the use of multi-thread technology and optimized Real-time Transport Protocol (RTP).
利用多线程技术和优化了的实时传输协议RTP实现了视频数据的无线网络传输和智能网络控制功能。
In detail it includes the optimization of data source, cube, MDX and the adoption of multi-thread technique and the development of intelligent query division.
具体包括数据源、立方体和MDX的优化以及多线程技术的采用和查询智能拆分的开发。
The general method of designing the virtual oscilloscope system with multi-thread technique was introduced.
介绍在通用微机系统平台上，利用多线程技术，设计虚拟示波器系统的一般方法。
The technique of multi-thread was adopted to realize real-time analysis of signal acquisition, and structure experimental analysis system was developed based on it.
本文采用计算机多线程技术实现了实时信号数据采集分析，开发出了一种基于高速数据采集和实时信号分析的结构实验分析系统。
When receiving media data, it uses asynchronism receiving mode, multi-cache and multi-thread to improve the system performance.
在接收时，使用异步接收方式、多重缓冲和多线程技术来提高系统的性能。
The virtual instrument technology and multi-thread technology is adopted to realize multi-users interactive control for the real hardware.
本文应用虚拟仪器技术和多线程技术，实现了多用户对实际设备的远程实时交互式控制。
In the realization, the system will not only take advantage of multi-thread technology ensuring the mining performance, but also graphically display the results of mining.
在实现上，系统不仅利用并行线程技术保证了挖掘性能，还可以图形方式展示挖掘结果。
Using Memory Map File and Multi-thread dispatch technology, to manage and dispatch large terrain data and texture data.
使用内存映射文件技术及多线程调度技术，用于管理和调度大数据量地形数据和纹理数据。
Multi-thread process scripts computation.
多线程执行脚本。
This model, employing multi-thread technique, has the ability of paralleling processing.
该模型采用了多线程技术，具有并发处理能力；
The experiment result proved that the multi-thread method solved the problem of accumulated-errors, and it is a robust feature based real-time registration method.
实验结果表明，该方法在实时的情况下，有效地解决了基于特征跟踪方法的误差累积问题，是一种准确、稳定、有效的自然特征注册方法。
The experiment result proved that the multi-thread method solved the problem of accumulated-errors, and it is a robust feature based real-time registration method.
实验结果表明，该方法在实时的情况下，有效地解决了基于特征跟踪方法的误差累积问题，是一种准确、稳定、有效的自然特征注册方法。
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