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    • 2. 发明授权
    • Personalized electronic healthcare management
    • 个性化电子医疗管理
    • US08494872B2
    • 2013-07-23
    • US12700339
    • 2010-02-04
    • Varun BhagwanTyrone W. A. GrandisonChristan E. GrantBryan J. HickersonKun LiuEvimaria TerziTarun Thakur
    • Varun BhagwanTyrone W. A. GrandisonChristan E. GrantBryan J. HickersonKun LiuEvimaria TerziTarun Thakur
    • G06Q50/00
    • G06Q50/22G06F19/00
    • A personalized electronic healthcare management system and computer-implemented method thereof. The system includes a user interface configured to receive user profile information associated with a user as input by the user, and a server interfacing with the user interface. The server retrieves healthcare information from at least one external source, and provides the retrieved healthcare information to the user at the user interface. The healthcare information may be personalized to the user's needs. The server further retrieves social service program information from at least one host site, provides the retrieved social service program information to the user, and applies to at least one social service program of the at least one host site using the user profile information, when desired by the user, and retrieves interactive information to be presented to the user at the user interface.
    • 个性化电子医疗管理系统及其计算机实现方法。 该系统包括被配置为接收由用户输入的与用户相关联的用户简档信息的用户界面以及与该用户接口相连接的服务器。 服务器从至少一个外部源检索保健信息,并在用户界面向用户提供检索到的保健信息。 保健信息可以根据用户的需要进行个性化。 服务器还从至少一个主机站点检索社交服务节目信息,将所检索到的社交服务节目信息提供给用户,并且在需要时使用用户简档信息应用于至少一个主机站点的至少一个社交服务节目 并且在用户界面处检索要呈现给用户的交互信息。
    • 8. 发明授权
    • Data ingest optimization
    • 数据摄取优化
    • US09589065B2
    • 2017-03-07
    • US13604096
    • 2012-09-05
    • Varun BhagwanTyrone W. A. GrandisonDaniel F. Gruhl
    • Varun BhagwanTyrone W. A. GrandisonDaniel F. Gruhl
    • G06F17/30
    • G06F17/30864G06F17/30899
    • Methods and systems for optimizing the retrieval of data from multiple sources are described. A slot map including slots for the storage of data elements can be obtained. The data elements associated with the slots can be prioritized by weighting values with costs of retrieving the data elements from respective data sources. Each value can be associated with a different data element and can indicate a respective degree of importance of the associated data element. Further, the systems and methods can direct the retrieval of data elements from the respective data sources in an order in accordance with the priority of the data elements to optimize the quality of data obtainable within a critical time constraint. In addition, the retrieved data elements can be stored in corresponding slots on a storage medium.
    • 描述了用于优化从多个源检索数据的方法和系统。 可以获得包括用于存储数据元素的时隙的时隙映射。 与时隙相关联的数据元素可以通过以相应数据源检索数据元素为代价的加权值进行优先化。 每个值可以与不同的数据元素相关联,并且可以指示相关联的数据元素的相应重要程度。 此外,系统和方法可以按照数据元素的优先级顺序从相应的数据源中取出数据元素的检索,以优化在关键时间约束内可获得的数据的质量。 另外,检索到的数据元素可以存储在存储介质上的相应时隙中。
    • 9. 发明授权
    • Holistic disambiguation for entity name spotting
    • 整体排除实体名称的歧义
    • US08856119B2
    • 2014-10-07
    • US12394078
    • 2009-02-27
    • Varun BhagwanTyrone W. A. GrandisonDaniel F. GruhlJan H. Pieper
    • Varun BhagwanTyrone W. A. GrandisonDaniel F. GruhlJan H. Pieper
    • G06F17/30G06F7/00G06F17/27
    • G06F17/278
    • A method resolves ambiguous spotted entity names in a data corpus by determining an activation level value for each of a plurality of nodes corresponding to a single ambiguous entity name. The activation levels for each of the nodes may be modified by inputting outside domain knowledge corresponding to the nodes to increase the activation value of the nodes, spotting entity names corresponding to the nodes to increase the activation value of the nodes, searching the data corpus to spot newly posted entity names to increase the activation value of the nodes, and searching the data corpus to reduce or deactivate the activation value of the nodes by eliminating false positives. The ambiguous entity name is assigned to the node determined to have the highest activation level and is then outputted to a user.
    • 一种方法通过确定对应于单个模糊实体名称的多个节点中的每个节点的激活水平值来解决数据语料库中的歧义发现实体名称。 可以通过输入与节点对应的外部领域知识来修改每个节点的激活水平,以增加节点的激活值,发现对应于节点的实体名称以增加节点的激活值,搜索数据语料库 发现新发布的实体名称以增加节点的激活值,并且通过消除假阳性来搜索数据语料库来减少或去激活节点的激活值。 将不明确的实体名称分配给确定具有最高激活电平的节点,然后将其输出给用户。