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    • 4. 发明授权
    • Query serving infrastructure providing flexible and expandable support and compiling instructions
    • 查询服务基础设施,提供灵活和可扩展的支持和编译说明
    • US07827523B2
    • 2010-11-02
    • US11360793
    • 2006-02-22
    • Nawaaz AhmedRobert L. Travis, Jr.Chad P. Walters
    • Nawaaz AhmedRobert L. Travis, Jr.Chad P. Walters
    • G06F9/44G06F9/445
    • G06F17/30587
    • A system and method for dynamically composing a class is provided. A query is parsed and a compiler object tree is generated that corresponds to the operators in the query. A set of feature requests and responses are initiated and a set of feature objects are generated that are executed at runtime. The language of the query may be extended by registering a new operator, and optionally a new feature for a query language, with a search engine without modifying the source code of the search engine. The new operator may be specified in a plug-in and provided to the search engine via the plug-in. An application converts an end user query into an application query that conforms to the query language supported by the search engine and includes the new operator. The application query may also include references to traditional programming constructs and search engine primitives.
    • 提供了一种用于动态组合类的系统和方法。 解析查询,并生成与查询中的运算符相对应的编译器对象树。 启动一组功能请求和响应,并生成一组在运行时执行的功能对象。 可以通过向搜索引擎注册新的运算符以及可选的用于查询语言的新特征而不修改搜索引擎的源代码来扩展查询的语言。 新的操作员可以在插件中指定并通过插件提供给搜索引擎。 应用程序将最终用户查询转换为符合搜索引擎支持的查询语言的应用程序查询,并包含新的运算符。 应用程序查询还可以包括对传统编程结构和搜索引擎原语的引用。
    • 5. 发明授权
    • Lossless data compression system and method
    • 无损数据压缩系统和方法
    • US5617552A
    • 1997-04-01
    • US613433
    • 1996-02-29
    • Jonathan F. GarberJorg A. BrownChad P. Walters
    • Jonathan F. GarberJorg A. BrownChad P. Walters
    • G06F12/02G06T9/00H03M7/30H03M7/46G06F9/26G06F9/34G06F12/00
    • G06T9/005G06F12/023H03M7/3084H03M7/46G06F2212/401
    • A lossless data compression system and method compresses a set of M data words stored in a computer memory. A first table stores data representing last occurrence positions among those of the M data words already processed for all distinct word values. A second table stores for each data word an entry indicating the position, if any, of a most recent prior occurrence of another data word with the same word value. A dictionary index indicates how many distinct data word values have been encountered during processing of M data words. The M data words are processed in in said M data words previously processed, identifying a longest sequence of data words starting with said each data word referencing said second table to identify data words earlier in said M data words than said each data word that match said each data word's value, identifying a longest sequence of data words earlier in said M data words than said data word which match an equal number of data words starting with said each data word, (B1) when said longest sequence's length is greater than one data word, outputting a run length code that indicates said longest sequence's length and position, and updating said first and second tables for the equal number of data words starting said each data word, and (B2) when said longest sequence's length is equal to one data word, outputting a code that indicates the position of said identified longest sequence, and updating said first and second tables for said each data word.
    • 无损数据压缩系统和方法压缩存储在计算机存储器中的一组M个数据字。 第一表存储表示已针对所有不同字值处理的M个数据字的数据中的最后出现位置的数据。 第二表存储每个数据字指示具有相同字值的另一数据字的最近先前出现的位置(如果有的话)的条目。 词典索引表示在处理M个数据字期间遇到了多少不同的数据字值。 在先前处理的所述M个数据字中处理M个数据字,识别从参考所述第二表的所述每个数据字开始的数据字的最长序列,以识别所述M个数据字之前的数据字, 每个数据字的值,当所述最长序列的长度大于一个数据时,识别在所述M个数据字中较早的数据字的最长序列比所述数据字匹配从所述每个数据字开始的相等数目的数据字(B1) 字,输出指示所述最长序列的长度和位置的游程长度码,以及对于所述每个数据字开始的相等数量的数据字,更新所述第一和第二表,以及(B2)当所述最长序列的长度等于一个数据时 字,输出指示所述识别的最长序列的位置的代码,以及更新所述每个数据字的所述第一和第二表。