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    • 3. 发明授权
    • Directed non-cyclic graph walking system for data processing and analysis in software application
    • 用于软件应用中的数据处理和分析的定向非循环图行走系统
    • US07263694B2
    • 2007-08-28
    • US10038136
    • 2001-10-26
    • Fred T. ClewisRichard A. Sitze
    • Fred T. ClewisRichard A. Sitze
    • G06F9/45G06F9/44
    • G06F17/30958
    • A system and method for efficiently walking a directed non-cyclic graph of hierarchical data using multiple analysis tools. The graph walking system comprises: a system for binding a plurality of graph observers to a graph, wherein each graph observer is further bound to a set of node patterns and a set of node observers; graph walking logic for systematically walking through nodes within the graph, wherein the graph walking logic can be instructed by a first pruning system not to walk a set of sub-nodes of an encountered node; and a second pruning system that can be instructed by a node observer bound with an associated graph observer to deactivate the associated graph observer until the set of sub-nodes for the encountered node has been walked. The first pruning system will cause the set of sub-nodes not to be walked only if all of the plurality of graph observers have been deactivated.
    • 一种使用多个分析工具有效地走层次数据的定向非循环图的系统和方法。 图形行走系统包括:用于将多个图形观察者绑定到图形的系统,其中每个图形观测器进一步与一组节点模式和一组节点观察者绑定; 用于系统地走过图中的节点的图形行走逻辑,其中图形走走逻辑可以由第一修剪系统指示,而不是走过遇到节点的一组子节点; 以及可以由与关联的图形观察器绑定的节点观察者指示的第二修剪系统,以去激活相关联的图观察器,直到所遇到的节点的子节点的集合已经走过。 第一个修剪系统将导致仅当所有多个图形观察器已经被去激活时,该子节点集才能被行走。
    • 4. 发明授权
    • Directed non-cyclic graph walking system and method
    • 定向非循环图行走系统和方法
    • US06922692B2
    • 2005-07-26
    • US10039725
    • 2001-10-26
    • Fred T. ClewisRichard A. Sitze
    • Fred T. ClewisRichard A. Sitze
    • G06F17/30
    • G06F17/30958Y10S707/99936Y10S707/99943
    • A system and method for efficiently walking a directed non-cyclic graph of data using multiple analysis tools. Provided is a graph walking system, including: a binding system for binding a graph observer with a data graph, for binding node patterns to node observers to generate at least one node pattern/node observer pair, and for binding the data graph observer to at least one node pattern/node observer pairing, and wherein each node pattern includes a computed set of target sub-node patterns; a node relationship graph (NRG), wherein each node in the NRG corresponds to at least one node in the data graph, and wherein each node in the NRG includes a computed set of valid sub-node patterns; graph walking logic for systematically walking through nodes in the data graph and corresponding nodes in the NRG; and a pattern testing system that determines if the set of target sub-node patterns for a node pattern matches the set of valid sub-node patterns for a corresponding NRG node when a node is encountered in the data graph.
    • 一种用于使用多个分析工具有效地行走数据的定向非循环图的系统和方法。 提供了一种图形行走系统,其包括:用于将图形观察者与数据图形结合的绑定系统,用于将节点模式绑定到节点观察者以生成至少一个节点模式/节点观察对,并将数据图观察者绑定到 至少一个节点模式/节点观察者配对,并且其中每个节点模式包括计算的目标子节点模式集合; 节点关系图(NRG),其中NRG中的每个节点对应于数据图中的至少一个节点,并且其中NRG中的每个节点包括计算的一组有效子节点模式; 图形走路逻辑,用于系统地走过数据图中的节点和NRG中的相应节点; 以及模式测试系统,当在数据图中遇到节点时,确定节点模式的目标子节点模式的集合是否与对应的NRG节点的有效子节点模式集合匹配。