The paper presents a practical dynamic security region (PDSR) based probabilistic dynamic security assessment model.
提出一种基于实用动态安全域的输电系统概率动态安全评估模型。
The drilling dynamic security assessment system is founded with the method which integrates the drilling and computer technology.
论文将钻井工程和计算机科学与技术紧密结合起来，编制了钻井工程安全动态评价系统软件。
PDSA provides a complete toolset of on-line dynamic security assessment for large-scale power system, based on parallel simulation platform.
介绍了电力系统在线动态安全评估和预警系统（PDSA）的主要组成和功能。
The proposed method can filter harmless contingencies correctly and quickly and can meet the requirement of quickness of online dynamic security assessment.
该方法滤除系统不严重事故的准确性较高，计算速度快，可以满足在线动态安全评估快速性的要求。
The whole method and the technology course of drilling dynamic security assessment are developed by studying literature research and collecting drilling field data.
论文通过对相关文献的研究及钻井现场数据采集，提出钻井工程动态安全评价的总体方案和技术路线；
On the other hand, the applications such as on-line dynamic security assessment and transient stability control are demanding real-time or super-real-time simulation.
而另一方面，诸如电力系统的在线动态安全评估和控制等应用对机电暂态仿真提出了实时甚至超实时的要求。
Contingency screening is one of the most important functional modules of online dynamic security assessment, which can greatly reduce the quantity of predefined contingencies to be analyzed.
事故扫描可以大大减少需分析的预想事故数目，是在线动态安全评估的重要组成功能。
Dynamic security region (DSR) is a more scientific and effective method for real-time security monitoring, assessment and control of power systems, compared with traditional "point-wise" approaches.
动态安全域的方法可使电力系统实时安全监视、防御与控制更科学、更有效，有着广阔的在线应用前景。
Dynamic security region (DSR) is a more scientific and effective method for real-time security monitoring, assessment and control of power systems, compared with traditional "point-wise" approaches.
动态安全域的方法可使电力系统实时安全监视、防御与控制更科学、更有效，有着广阔的在线应用前景。
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