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    • 11. 发明授权
    • Searching with adaptively configurable user interface and extensible query language
    • 使用自适应配置的用户界面和可扩展查询语言进行搜索
    • US07370040B1
    • 2008-05-06
    • US09717588
    • 2000-11-21
    • Steven J. KruyChristopher G. KalerKenneth D. HardyJomo Ahab Fisher
    • Steven J. KruyChristopher G. KalerKenneth D. HardyJomo Ahab Fisher
    • G06F7/00
    • G06F17/30864G06F17/30398G06F17/30421Y10S707/99934Y10S707/99943
    • Most search engines include user interfaces and query languages which are tailored for use with specific file types. Thus, a user interface for searching one type file can be quite different than an interface for searching another file type. Disparate user interfaces are troublesome since users must continually reorient themselves as they switch from interface to interface to initiate searches for different file types. Additionally, many of these user interfaces use different query languages and structures, which are not generally adaptive to new file types and query language features. Accordingly, the present inventors developed an adaptively configurable user interface to facilitate a common user experience across two or more databases and an extensible common query structure to allow expansion of a query language to meet the demands of new file types. An exemplary embodiment includes a discovery mechanism for determining query properties of search providers, thereby facilitating adaptive configuring of a user interface to expose the determined query properties. An exemplary embodiment of the user interface includes a portion which remains relatively constant across two or more search providers to reduce user disorientation.
    • 大多数搜索引擎包括用于特定文件类型的用户界面和查询语言。 因此,用于搜索一个类型文件的用户界面可以与用于搜索另一种文件类型的界面完全不同。 不同的用户界面很麻烦,因为用户必须在从界面切换到界面时不断重新定位自己,才能开始搜索不同的文件类型。 此外,许多这些用户界面使用不同的查询语言和结构,通常不适用于新的文件类型和查询语言特征。 因此,本发明人开发了一种可自适应地配置的用户界面,以促进跨两个或多个数据库的通用用户体验,以及可扩展的公共查询结构,以允许扩展查询语言以满足新文件类型的需求。 示例性实施例包括用于确定搜索提供者的查询属性的发现机制,从而促进用户界面的自适应配置以公开确定的查询属性。 用户界面的示例性实施例包括在两个或多个搜索提供者之间保持相对恒定的部分,以减少用户迷失方向。
    • 12. 发明授权
    • Using conditional statements in electronic messages to prevent overuse of resources or time when delivering the electronic message
    • 在电子信息中使用条件语句来防止资源的过度使用或传递电子信息的时间
    • US07359945B2
    • 2008-04-15
    • US10310303
    • 2002-12-05
    • Christopher G. KalerSteven E. Lucco
    • Christopher G. KalerSteven E. Lucco
    • G06F15/16G06F15/173
    • H04L67/322H04L29/06H04L69/329
    • A originating computing system sends an electronic message to a destination computing system via a routing path that includes one or more intermediary message processing computing systems. The originating computing system includes information in the electronic message that designates constraints related to resources or time use to delivery the message. For example, the constraints may include the number of hops, the amount of raw time, or the amount of processor time needed to delivery the message. If along the routing path, any of the intermediary computing systems detects that any of the constraints have been exceeded, then delivery of the electronic message may be abandoned. Any of the intermediary message processing computing systems may also specify constraints related to the resources or time used to delivery the electronic message.
    • 始发计算系统经由包括一个或多个中间消息处理计算系统的路由路径向目的地计算系统发送电子消息。 始发计算系统包括电子消息中的信息,其指定与资源相关的约束或用于传递消息的时间使用。 例如,约束可以包括传送消息所需的跳数,原始时间量或处理器时间量。 如果沿着路由路径,任何中间计算系统检测到任何约束已经被超过,则电子消息的递送可以被放弃。 任何中间消息处理计算系统还可以指定与用于传递电子消息的资源或时间有关的约束。
    • 14. 发明授权
    • Flexible electronic message security mechanism
    • 灵活的电子信息安全机制
    • US07293283B2
    • 2007-11-06
    • US10219898
    • 2002-08-14
    • Christopher G. KalerGiovanni M. Della-LiberaJohn P. Shewchuk
    • Christopher G. KalerGiovanni M. Della-LiberaJohn P. Shewchuk
    • H04L29/00
    • H04L63/123H04L51/00H04L63/0428H04L63/126H04L67/02H04L67/28H04L67/2804
    • Multiple different credentials and/or signatures based on different credentials may be included in a header portion of a single electronic message. Different recipients of intermediary computing systems may use the different credentials/signatures to identify the signer. The electronic message may include an encoding algorithm and a type identification of a credential included in the electronic message, allowing the recipient to decode and process the credential as appropriate given the type of credential. Also, the electronic message may include a pointer that references a credential associated with a signature included in the electronic message. That referenced credential may be accessed from the same electronic message, or from some other location. The recipient may then compare the references credential from the credentials used to generate the signature. If a match occurs, the integrity of the electronic message has more likely been preserved.
    • 基于不同凭证的多个不同凭证和/或签名可以被包括在单个电子消息的报头部分中。 中间计算系统的不同接收者可以使用不同的凭证/签名来识别签名者。 电子消息可以包括编码算法和包括在电子消息中的凭证的类型标识,允许接收者在给定证书类型的情况下对其进行解码和处理。 此外,电子消息可以包括引用与包括在电子消息中的签名相关联的证书的指针。 可以从相同的电子消息或从某个其他位置访问该参考凭证。 然后,收件人可以比较用于生成签名的凭据的引用凭证。 如果发生匹配,电子信息的完整性更有可能被保留。