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    • 3. 发明授权
    • Inheritance of rules across hierarchical levels
    • 跨层次的规则的继承
    • US09189563B2
    • 2015-11-17
    • US13287645
    • 2011-11-02
    • Pedro Dantas DeRosePuneet NarulaViktoriya Taranov
    • Pedro Dantas DeRosePuneet NarulaViktoriya Taranov
    • G06F7/00G06F17/30
    • G06F17/2241G06F17/3089H04L41/22
    • Rules, such as condition-action rules, are configured at different levels of a hierarchy. For example, a top level site administrator may configure rules, lower level administrators may configure rules and end users may configure rules. Rules created at a higher hierarchical level are automatically inherited by lower hierarchical levels in the same branch of the hierarchy. The source of the inherited rule is indicated with its display such that the hierarchical level of creation can readily be determined. The inherited rule(s) may be toggled on/off at the lower hierarchical levels but edits to inherited rule(s) are restricted. Instead, a copy of any inherited rule may be made to create a local copy of the rule that is editable. Rules may be ordered and when a lower hierarchical level inherits the rules, the ordering is preserved. While the ordering of any rules remains constant when inherited at the lower levels, the lower level may toggle on/off the execution of each rule within the ordering.
    • 诸如条件动作规则的规则被配置在层次结构的不同级别。 例如,顶级站点管理员可以配置规则,下级管理员可以配置规则,最终用户可以配置规则。 在较高级别级别创建的规则将在层次结构的同一分支中由较低级别级别自动继承。 继承规则的来源用其显示表示,使得可以容易地确定创建的层级。 继承的规则可以在较低层级上切换开/关,但对继承的规则的编辑是受限制的。 相反,可以创建任何继承的规则的副本来创建可编辑的规则的本地副本。 可以订购规则,并且当较低等级级别继承规则时,将保留排序。 虽然任何规则的顺序在较低级别继承时保持不变,但较低级别可以在排序中切换每个规则的执行。
    • 4. 发明申请
    • INHERITANCE OF RULES ACROSS HIERARCHICAL LEVELS
    • 规范层次分析的规则
    • US20130110795A1
    • 2013-05-02
    • US13287645
    • 2011-11-02
    • Pedro Dantas DeRosePuneet NarulaViktoriya Taranov
    • Pedro Dantas DeRosePuneet NarulaViktoriya Taranov
    • G06F17/00
    • G06F17/2241G06F17/3089H04L41/22
    • Rules, such as condition-action rules, are configured at different levels of a hierarchy. For example, a top level site administrator may configure rules, lower level administrators may configure rules and end users may configure rules. Rules created at a higher hierarchical level are automatically inherited by lower hierarchical levels in the same branch of the hierarchy. The source of the inherited rule is indicated with its display such that the hierarchical level of creation can readily be determined The inherited rule(s) may be toggled on/off at the lower hierarchical levels but edits to inherited rule(s) are restricted. Instead, a copy of any inherited rule may be made to create a local copy of the rule that is editable. Rules may be ordered and when a lower hierarchical level inherits the rules, the ordering is preserved. While the ordering of any rules remains constant when inherited at the lower levels, the lower level may toggle on/off the execution of each rule within the ordering.
    • 诸如条件动作规则的规则被配置在层次结构的不同级别。 例如,顶级站点管理员可以配置规则,下级管理员可以配置规则,最终用户可以配置规则。 在较高级别级别创建的规则将在层次结构的同一分支中由较低级别级别自动继承。 继承规则的来源用其显示来表示,使得可以容易地确定创建的层级。继承的规则可以在较低分层级别切换/关闭,但对继承的规则的编辑是受限制的。 相反,可以创建任何继承的规则的副本来创建可编辑的规则的本地副本。 可以订购规则,并且当较低等级级别继承规则时,将保留排序。 虽然任何规则的顺序在较低级别继承时保持不变,但较低级别可以在排序中切换每个规则的执行。
    • 7. 发明申请
    • TECHNIQUES FOR TESTING RULE-BASED QUERY TRANSFORMATION AND GENERATION
    • 用于测试基于规则的查询转换和生成的技术
    • US20130198217A1
    • 2013-08-01
    • US13360412
    • 2012-01-27
    • Puneet NarulaPedro DeRoseVicktoriya Taranov
    • Puneet NarulaPedro DeRoseVicktoriya Taranov
    • G06F17/30
    • G06F11/3672G06F16/90335
    • Techniques for testing rule-based query transformation and generation are described. An apparatus may comprise: a context component operative to receive a search query and determine a query execution context; a rules component operative to receive the determined query execution context and the search query and to determine a set of fired rules; a transformation component operative to receive the set of fired rules, the search query, and the query execution context and determine one or more transformed queries; and a results component operative to determine a search query analysis based on the one or more transformed queries, wherein the search query analysis does not depend on performing a search using the search query. Other embodiments are described and claimed.
    • 描述了用于测试基于规则的查询转换和生成的技术。 一种装置可以包括:上下文组件,用于接收搜索查询并确定查询执行上下文; 规则组件,用于接收确定的查询执行上下文和搜索查询,并确定一组被触发的规则; 转换组件,用于接收所述一组触发规则,所述搜索查询和所述查询执行上下文,并确定一个或多个变换后的查询; 以及结果组件,其可操作以基于所述一个或多个变换查询确定搜索查询分析,其中所述搜索查询分析不依赖于使用所述搜索查询来执行搜索。 描述和要求保护其他实施例。
    • 8. 发明授权
    • Intelligent caching for security trimming
    • 智能缓存,用于安全修剪
    • US09336324B2
    • 2016-05-10
    • US13286219
    • 2011-11-01
    • Robert LommeBenjamin WildeMichael TavisAlexei EvdokimovSiddharth R. ShahPuneet Narula
    • Robert LommeBenjamin WildeMichael TavisAlexei EvdokimovSiddharth R. ShahPuneet Narula
    • G06F15/16G06F17/30G06F21/62
    • G06F17/30902G06F21/6245
    • A security trimming system disclosed herein uses intelligent caching of the security trimming information received from a security datastore. The security trimming system uses an access cache to store the security trimming information received from the access datastore together with other parameters associated with such security trimming information. Subsequently, in responding to a request for the security trimming information, the security trimming system uses the cached value of the security trimming information together with the other associated parameters to determine a response to the request from the content providers. In one implementation, if the other parameters associated with a particular security trimming information imply that the security trimming information in the cache is still valid, the cached security trimming information is used in the request response. Otherwise, a new request is sent to the security datastore for an updated value of the security trimming information.
    • 本文公开的安全修整系统使用从安全数据存储区接收的安全修整信息的智能缓存。 安全修整系统使用访问高速缓存来存储从访问数据存储区接收的安全修整信息以及与这种安全修整信息相关联的其他参数。 随后,在响应对安全修整信息的请求时,安全修整系统使用安全修整信息的缓存值以及其他相关参数来确定来自内容提供者的对请求的响应。 在一个实现中,如果与特定安全性修整信息相关联的其他参数意味着高速缓存中的安全修整信息仍然有效,则在请求响应中使用缓存的安全修整信息。 否则,将向安全数据存储区发送新的请求以获取安全修整信息的更新值。