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    • 2. 发明申请
    • ADAPTIVE ONTOLOGY
    • 自适应本体论
    • US20130066921A1
    • 2013-03-14
    • US13229591
    • 2011-09-09
    • William Scott MarkThierry Donneau-GolencerMadhu Yarlagadda
    • William Scott MarkThierry Donneau-GolencerMadhu Yarlagadda
    • G06F17/30
    • G06F17/30734
    • A computing system has a user interface allowing a user to view and input data related to concepts in a knowledge area associated with the user, an observation sub-system to centralize data and to identify a plurality of knowledge concepts, a conceptualization sub-system to generate a plurality of nodes within an ontological mapping, wherein each of the nodes corresponds to a certain one of the plurality of identified knowledge concepts identified by the observation sub-system, a relationship identification sub-system to create relationships between at least some of the plurality of identified knowledge concepts, and attribute affinity weights to the relationships, a change refinement sub-system to modify at least one of the plurality of nodes, affinity weights and relationships based upon information associated with the user, and a non-transitory knowledge store to store the information associated with the user pertaining to a sub-plurality of the plurality of identified knowledge concepts.
    • 计算系统具有允许用户查看和输入与与用户相关联的知识区域中的概念的数据的用户界面,用于集中数据并识别多个知识概念的观察子系统,以及识别多个知识概念,概念化子系统 在本体映射中生成多个节点,其中每个节点对应于由观察子系统识别的多个识别的知识概念中的某一个,关系识别子系统以在至少一些 多个识别的知识概念和对关系的属性关联权重,改变​​细化子系统以修改多个节点中的至少一个节点,基于与用户相关联的信息的关联权重和关系,以及非暂时性知识存储 存储与所述用户有关的与所述多个识别知识con中的多个子集有关的信息 小心点
    • 4. 发明授权
    • Adaptive ontology
    • 自适应本体论
    • US08918431B2
    • 2014-12-23
    • US13229591
    • 2011-09-09
    • William Scott MarkThierry Donneau-GolencerMadhu Yarlagadda
    • William Scott MarkThierry Donneau-GolencerMadhu Yarlagadda
    • G06F17/30
    • G06F17/30734
    • A computing system has a user interface allowing a user to view and input data related to concepts in a knowledge area associated with the user, an observation sub-system to centralize data and to identify a plurality of knowledge concepts, a conceptualization sub-system to generate a plurality of nodes within an ontological mapping, wherein each of the nodes corresponds to a certain one of the plurality of identified knowledge concepts identified by the observation sub-system, a relationship identification sub-system to create relationships between at least some of the plurality of identified knowledge concepts, and attribute affinity weights to the relationships, a change refinement sub-system to modify at least one of the plurality of nodes, affinity weights and relationships based upon information associated with the user, and a non-transitory knowledge store to store the information associated with the user pertaining to a sub-plurality of the plurality of identified knowledge concepts.
    • 计算系统具有允许用户查看和输入与与用户相关联的知识区域中的概念的数据的用户界面,用于集中数据并识别多个知识概念的观察子系统,以及识别多个知识概念,概念化子系统 在本体映射中生成多个节点,其中每个节点对应于由观察子系统识别的多个识别的知识概念中的某一个,关系识别子系统以在至少一些 多个识别的知识概念和对关系的属性关联权重,改变​​细化子系统以修改多个节点中的至少一个节点,基于与用户相关联的信息的关联权重和关系,以及非暂时性知识存储 存储与所述用户有关的与所述多个识别知识con中的多个子集有关的信息 小心点