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    • 4. 发明申请
    • DYNAMIC COMMUNITY-BASED CACHE FOR MOBILE SEARCH
    • 基于动态社区的移动搜索高速缓存
    • US20110184936A1
    • 2011-07-28
    • US12692626
    • 2010-01-24
    • Dimitrios LymberopoulosEmmanouil KoukoumidisJie LiuFeng ZhaoDouglas Christopher Burger
    • Dimitrios LymberopoulosEmmanouil KoukoumidisJie LiuFeng ZhaoDouglas Christopher Burger
    • G06F17/30
    • G06F17/30902
    • A “Community-Based Mobile Search Cache” provides various techniques for maximizing the number of query results served from a local “query cache”, thereby significantly limiting the need to connect to the Internet or cloud using 3G or other wireless links to service search queries. The query cache is constructed remotely and downloaded to mobile devices. Contents of the query cache are determined by mining popular queries from mobile search logs, either globally or based on queries of one or more groups or subgroups of users. In various embodiments, searching and browsing behaviors of individual users are evaluated to customize the query cache for particular users or user groups. The content of web pages related to popular queries may also be included in the query cache. This allows cached web pages to be displayed without first displaying cached search results when a corresponding search result has a sufficiently high click-through probability.
    • “基于社区的移动搜索缓存”提供了用于最大化从本地“查询缓存”提供的查询结果的数量的各种技术,从而显着地限制了使用3G或其他无线链路连接到因特网或云的服务搜索查询的需要 。 查询缓存是远程构建的,并被下载到移动设备。 查询缓存的内容是通过从全球范围内挖掘来自移动搜索日志的流行查询,或者基于一个或多个用户组或子组的查询来确定的。 在各种实施例中,评估各个用户的搜索和浏览行为以定制特定用户或用户组的查询缓存。 与流行查询相关的网页的内容也可以被包括在查询缓存中。 这样,当相应的搜索结果具有足够高的点击概率时,可以显示缓存的网页,而无需首先显示缓存的搜索结果。
    • 8. 发明申请
    • Automatic specification of semantic services in response to declarative queries of sensor networks
    • 响应于传感器网络的声明性查询来自动指定语义服务
    • US20070043803A1
    • 2007-02-22
    • US11193018
    • 2005-07-29
    • Kamin WhitehouseFeng ZhaoJie Liu
    • Kamin WhitehouseFeng ZhaoJie Liu
    • G06F15/16
    • G08G1/01H04L12/2803H04L12/2825H04L67/12H04L2012/285
    • Automatic specification of semantic services in response to declarative queries of sensor networks is described herein. Declarative Queries from users are received, and a set of sensors and related semantic services are automatically planned that prove or solve the input query against a network of sensors deployed to monitor one or more regions of interest. The plan is further analyzed to determine whether any pre-existing services provide event streams that may be useful in proving the query. If so, these existing event streams are utilized in proving the input query, thereby minimizing the creation of redundant or duplicated semantic services and reusing existing services where possible. This analysis also contributes to compact service graphs that prove queries efficiently. The architecture also enables users to specify constraints or ranges of constraints applicable to queries. These constraints enable different services to utilize event streams originating from sensors, and promote greater resource utilization.
    • 本文描述响应于传感器网络的声明性查询的语义服务的自动规范。 收到来自用户的声明式查询,并自动计划一组传感器和相关语义服务,以针对部署为监视一个或多个感兴趣区域的传感器网络来证明或解决输入查询。 进一步分析该计划以确定任何预先存在的服务是否提供可能有助于证明查询的事件流。 如果是这样,这些现有的事件流被用于证明输入查询,从而最小化冗余或重复的语义服务的创建,并尽可能重用现有的服务。 这种分析还有助于精简服务图,有效地证明查询。 架构还使用户能够指定适用于查询的约束或约束范围。 这些约束使得不同的服务能够利用源自传感器的事件流,并且促进更大的资源利用。