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    • 2. 发明授权
    • Structuring unstructured web data using crowdsourcing
    • 使用众包构建非结构化Web数据
    • US09460419B2
    • 2016-10-04
    • US12971976
    • 2010-12-17
    • Yi-Chin TuAleksey SinyaginXiaoxin YinWenzhao TanLi-wei HeYi-Min WangEmre KicimanChun-Kai Wang
    • Yi-Chin TuAleksey SinyaginXiaoxin YinWenzhao TanLi-wei HeYi-Min WangEmre KicimanChun-Kai Wang
    • G06F17/30G06Q10/10
    • G06Q10/101G06F17/30882
    • A crowdsourcing data structuring system and method for capturing unstructured data from the Web and adding structure by placing the data in a document that is accessible by others in a cloud computing environment. Using crowdsourcing, the unstructured data is annotated, amended, and verified to add structure to the unstructured data. An anchor and update module convert the data to a pointer that links the document to the data at an information source and stores the pointer in the document rather than the data itself. The data displayed in the document is updated whenever the information source is updated. A contribution module allows users to add data to the document, a validation module allows users to determine the validity of the data linked to in the document, and an expert ranking module allows users to rank the expert or contributor of the data in the document.
    • 用于从Web获取非结构化数据并通过将数据放置在可由其他人在云计算环境中访问的文档中来添加结构的众包数据结构化系统和方法。 使用众包,非结构化数据进行注释,修改和验证,以向非结构化数据添加结构。 锚和更新模块将数据转换为将文档链接到信息源上的数据的指针,并将指针存储在文档中而不是数据本身。 每当更新信息源时,文档中显示的数据都会更新。 贡献模块允许用户向文档添加数据,验证模块允许用户确定文档中链接的数据的有效性,专家排名模块允许用户对文档中的数据的专家或贡献者进行排名。
    • 7. 发明授权
    • Automated database generation for answering fact lookup queries
    • 用于回答事实查询查询的自动数据库生成
    • US09460207B2
    • 2016-10-04
    • US12962677
    • 2010-12-08
    • Xiaoxin YinWenzhao TanChao Liu
    • Xiaoxin YinWenzhao TanChao Liu
    • G06F17/30
    • G06F17/30864
    • Technologies pertaining to fact lookup queries are described herein. A relational database is automatically built by extracting attribute identities and attribute values from a one dimensional table, wherein the one dimensional table does not include an entity identity that corresponds to the attribute identity and the attribute value. The entity identity is inferred, and the attribute value is indexed in a relational database by the entity identity and the attribute identity. When a query is issued by a user that includes the entity identity and the attribute identity, the corresponding attribute value in the relational database is returned to the user.
    • 本文描述了与事实查找查询有关的技术。 通过从一维表中提取属性标识和属性值来自动构建关系数据库,其中一维表不包括对应于属性标识和属性值的实体标识。 推断出实体身份,并通过实体身份和属性身份在属性数据库中对属性值进行索引。 当由包含实体标识和属性标识的用户发出查询时,将关系数据库中的对应属性值返回给用户。
    • 9. 发明授权
    • System for finding queries aiming at tail URLs
    • 用于查找针对尾部URL的查询的系统
    • US08145622B2
    • 2012-03-27
    • US12351013
    • 2009-01-09
    • Xiaoxin YinVijay Ravindran NairRyan Frederick StewartFang LiuJunhua WangTiffany Kumi DohzenYi-Min Wang
    • Xiaoxin YinVijay Ravindran NairRyan Frederick StewartFang LiuJunhua WangTiffany Kumi DohzenYi-Min Wang
    • G06F7/00
    • G06F17/30864
    • Systems and methodologies for improved query classification and processing are provided herein. As described herein, a query prediction model can be constructed from a set of training data (e.g., diagnostic data obtained from an automatic diagnostic system and/or other suitable data) using a machine learning-based technique. Subsequently upon receiving a query, a set of features corresponding to the query, such as the length and/or frequency of the query, unigram probabilities of respective words and/or groups of words in the query, presence of pre-designated words or phrases in the query, or the like, can be generated. The generated features can then be analyzed in combination with the query prediction model to classify the query by predicting whether the query is aimed at a head Uniform Resource Locator (URL) or a tail URL. Based on this prediction, an appropriate index or combination of indexes can be assigned to answer the query.
    • 本文提供了改进的查询分类和处理的系统和方法。 如本文所述,可以使用基于机器学习的技术从一组训练数据(例如,从自动诊断系统获得的诊断数据和/或其他合适的数据)来构建查询预测模型。 随后在接收到查询后,查询对应的一组特征,诸如查询的长度和/或频率,查询中各个单词和/或单词组的单位概率,预先指定的单词或短语的存在 在查询等中可以生成。 然后可以结合查询预测模型分析生成的特征,以通过预测查询是针对头统一资源定位符(URL)还是尾URL来对查询进行分类。 基于该预测,可以分配适当的索引或索引组合来回答查询。
    • 10. 发明申请
    • SYSTEM FOR FINDING QUERIES AIMING AT TAIL URLs
    • 在尾部URL中查找查询的系统
    • US20100179929A1
    • 2010-07-15
    • US12351013
    • 2009-01-09
    • Xiaoxin YinVijay Ravindran NairRyan Frederick StewartFang LiuJunhua WangTiffany Kumi DohzenYi-Min Wang
    • Xiaoxin YinVijay Ravindran NairRyan Frederick StewartFang LiuJunhua WangTiffany Kumi DohzenYi-Min Wang
    • G06F15/18G06N5/02
    • G06F17/30864
    • Systems and methodologies for improved query classification and processing are provided herein. As described herein, a query prediction model can be constructed from a set of training data (e.g., diagnostic data obtained from an automatic diagnostic system and/or other suitable data) using a machine learning-based technique. Subsequently upon receiving a query, a set of features corresponding to the query, such as the length and/or frequency of the query, unigram probabilities of respective words and/or groups of words in the query, presence of pre-designated words or phrases in the query, or the like, can be generated. The generated features can then be analyzed in combination with the query prediction model to classify the query by predicting whether the query is aimed at a head Uniform Resource Locator (URL) or a tail URL. Based on this prediction, an appropriate index or combination of indexes can be assigned to answer the query.
    • 本文提供了改进的查询分类和处理的系统和方法。 如本文所述,可以使用基于机器学习的技术从一组训练数据(例如,从自动诊断系统获得的诊断数据和/或其他合适的数据)来构建查询预测模型。 随后在接收到查询后,查询对应的一组特征,诸如查询的长度和/或频率,查询中各个单词和/或单词组的单位概率,预先指定的单词或短语的存在 在查询等中可以生成。 然后可以结合查询预测模型分析生成的特征,以通过预测查询是针对头统一资源定位符(URL)还是尾URL来对查询进行分类。 基于该预测,可以分配适当的索引或索引组合来回答查询。