fault propagation

网络  断层传播

计算机



双语例句

  1. Hazard evaluation model built by this approach can not only reflect faults completely, but also reveal the rules of fault propagation.
    采用此方法建立的评价模型不仅能全面表达故障,而且还能揭示故障的传播规律;
  2. The directional graphic of fault propagation is established, and the adjacency matrix is obtained;
    首先建立故障传播有向图,获取邻接矩阵;
  3. Fault Propagation Model Based on Fuzzy Probability Multi-Signal Flow Graph
    基于模糊概率多信号流图的故障传播模型研究
  4. Process operation support systems require a CBR method that can represent system dynamics and fault propagation phenomena.
    工艺操作支持系统需要能够反映系统动态和故障传播现象的CBR技术。
  5. In this paper, A new kind of fault propagation model& an algorithm for finding source of fault are presented.
    提出了一种带概率信息的故障传播模型及相应的故障源定位算法。
  6. The source of trouble and logical relationship of fault propagation was represented by fault tree from top event to bottom event to form fault analysis branch, and in knowledge base, they were stored with linked list structure.
    并用故障树表示故障原因及其故障传播逻辑关系,从故障树的顶事件至底事件形成故障分析支路,在知识库中以链表的结构进行存储。
  7. The displacement-distance method and dislocation models of fault propagation
    位移&距离法与断层扩展位错模式
  8. A model of Fuzzy Probability Petri Nets System ( FPPNS) which depicting fault propagation relationships in complex system was presented by making use of object-oriented concepts, advanced Petri nets technology, fuzzy theory and probability theory.
    利用面向对象思想、高级Petri网技术、模糊及概率理论,建立了一种描述复杂系统故障关系的模型。
  9. Diagnosis Reasoning with Fault Propagation Diagraph
    运用故障传播图进行诊断推理的研究
  10. The propagation and growth of boundary faults can be divided into 2 types: simple fault propagation pattern and fault growth-linkage pattern.
    裂谷盆地半地堑边界正断层的生长可以划分为两种模式:断层简单生长模式和断层生长连锁模式。
  11. Finally, the analysis approaches of fault propagation based on strongly-connected components ( SCCs) are presented, which provide the theoretical foundations for the applications based on the SDG approach in the area of fault diagnosis and so on.
    最后提出了基于强连通单元(SCC)分解的故障传播分析方法,为SDG方法在故障诊断等方面的应用做了理论准备。
  12. A New Kind of Fault Propagation Model An Algorithm for Finding Source of Fault
    一种故障传播模型及故障源分离算法
  13. According to the characteristic of equipments fault propagation, model of Petri nets is innovated and mathematics description is given for FD field.
    以Petri网理论为基础,结合设备故障传播特点,对传统Petri网模型作了扩展,建立了故障诊断领域的故障Petri网模型,给出了其数学描述。
  14. In order to accomplish the task successfully and avoid fault propagation that may result in severe failure, it is necessary to build up an on-line fault diagnosis system to realize the real-time Fault Detection, Diagnosis, and Recovery ( FDIR).
    为保障任务完成,需建立起空间电源系统在线故障诊断系统,实现在线故障检测、诊断和修复(FDIR),防止故障传播和灾难性事故发生。
  15. This paper explains the expert system compiled by Prolog language used as a fault-diagnostic method, and introduces the structure of knowledge library, the detection of multiple faults, the treatment of fault propagation and the phenomenon of multiple first-level fault.
    本文阐述了用Prolog语言编写的专家系统用于故障诊断的方法,介绍了知识库的结构,多重故障的检测,怎样处理故障的传播以及多重一级故障现象。
  16. Petri net is a particular directed net which is suitable for describing the fault propagation.
    而Petir网是一种特殊的有向网,适合于描述故障的传播关系。
  17. A new system diagnosis model concerning fault propagation
    系统诊断的传染故障模型
  18. Isoseismals not only represent seismic intensity distributions but also represent earthquake source size, faulting mode, and rupture velocity of fault propagation.
    地震的等震线不仅反映了地震的大小,而且也反映了地震断层过程的类型和破裂速度。
  19. SDG-based analysis of fault propagation principals for complex systems
    基于SDG的复杂系统故障传播规律分析
  20. A practical software tool for building fault propagation simulative models is developed.
    开发了一个用于建立故障传播仿真模型的软件工具。
  21. The characteristics of fault, that is, the hierarchy, correlativity, time-delay and uncertainty as well as the nature of fault propagation are proposed.
    提出了故障传播过程的实质与故障的特性(层次性、相关性、延时性、不确定性);
  22. The diagnosis algorithm of fault Petri net is put forward, which has the ability to reason paralleling and to obtain all state results after reasoning, as well as quickly find out fault propagation routes.
    提出了故障Petri网的诊断算法,该算法具有并行推理能力,同时可以得到推理后系统的全部状态值,也可以方便快速地找出故障的传播路径。
  23. In order to solve the problem of complexity and uncertainty of fault propagation and analysis in complex system, a new model for fault propagation and fault diagnosis in complex system-Fuzzy Probability Petri Nets System ( FPPNS) was constructed.
    针对复杂系统故障传播与故障分析的复杂性与不确定性,建立了一种复杂系统故障传播与故障分析模型,即模糊概率Petri网系统。
  24. In multi-domain environment, symptoms caused by inter-domain fault propagation will affect fault diagnosis algorithm.
    分析了多域服务环境中域间故障传播对故障诊断算法性能造成的影响。
  25. Graph theory-based Signed Directed Graph ( SDG) is a branch of fault diagnosis, which can reflect the process variables and the relationship between variables, express complex systems of causality, and revealing the fault propagation path.
    基于图论的符号有向图(signeddirectedgraph,SDG)故障诊断是定性故障诊断的一个分支,能够反映流程系统的变量和变量间的关系,表达系统复杂的因果关系,进而揭示故障传播路径。
  26. A branch of the qualitative diagnosis& Signed Directed Graph ( SDG) is a root cause analysis, which could reveal fault propagation path, and implement depth analysis and diagnosis of complex failure scenario conveniently.
    定性故障诊断的一个分支&符号有向图(signeddirectedgraph,简称SDG),是一种根原因分析方法,用于揭示故障传播路径,即剧情,便于实施复杂故障剧情的深度分析和诊断。
  27. Considering the factor of alarm loss, a symptom node layer is added to the improved bipartite graph model and a network fault propagation model using the three-layer belief network is proposed.
    考虑了告警丢失因素,在改进的二分图模型中加入了隐含的症状节点层,提出了基于三层因果图的网络故障传播模型。
  28. A DCA based fault propagation analysis method is proposed.
    提出了一种基于DCA的故障传播关系分析方法。
  29. Through a top-down and hierarchical way, we divide service-oriented networks fault management tasks into separated layers and the notion of diagnosis by layer is provided. Finally the methods of fault propagation modeling for each separated layers are proposed. 2.
    基于自顶向下和分层的故障诊断思想,对面向服务的网络故障管理任务进行分解,提出了分层诊断模型和各层故障传播模型的具体建模方法。
  30. For the nonlinear mechanism of fault propagation, fault information can be very likely to be overlapped and interleaved, thus the key point of fault diagnosis is fault characteristics extraction.
    由于非线性模拟电路(或系统)中故障传播机理的非线性,极易导致故障信息的重叠、交叉,因此,非线性模拟电路故障诊断技术的核心是故障特征提取。