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    • 2. 发明申请
    • METHOD AND SYSTEM FOR SEARCHING FOR A WEB DOCUMENT
    • 搜索WEB文档的方法和系统
    • US20130018912A1
    • 2013-01-17
    • US13549416
    • 2012-07-14
    • Sheng Hua BaoJian ChenZhong SuRui Wang
    • Sheng Hua BaoJian ChenZhong SuRui Wang
    • G06F17/30
    • G06F17/30864
    • Provided is a method applied to a system including a plurality of sensors, a proxy, and a server. The method includes: measuring objects by the plurality of sensors to obtain first measurement values; computing a correlation among the first measurement values by the server based on the first measurement values; computing an actual measurement value of a second measurement value by the proxy based on the first measurement values and a given function; verifying the plurality of sensors by setting one or more sensors as verification target sensors in turn by the server at predetermined timing; computing a predicted value of the second measurement value by the server based on the correlation and the first measurement values obtained from the other sensors; and outputting the predicted value of the second measurement value instead of the actual measurement value thereof at least during the verification of the verification target sensors.
    • 提供了一种应用于包括多个传感器,代理和服务器的系统的方法。 该方法包括:通过多个传感器测量物体以获得第一测量值; 基于所述第一测量值,计算所述服务器的所述第一测量值之间的相关性; 基于所述第一测量值和给定功能,通过所述代理计算第二测量值的实际测量值; 通过在预定定时由服务器依次设置一个或多个传感器作为验证目标传感器来验证多个传感器; 基于相关性和从其他传感器获得的第一测量值,由服务器计算第二测量值的预测值; 并且至少在验证目标传感器的验证期间输出第二测量值的预测值而不是其实际测量值。
    • 5. 发明申请
    • METHOD AND SYSTEM FOR REVISING USER INPUT POSITION
    • 修改用户输入位置的方法和系统
    • US20120268400A1
    • 2012-10-25
    • US13446275
    • 2012-04-13
    • Sheng Hua BaoJian ChenLu Cheng EnRui MaZhong SuRui Wang
    • Sheng Hua BaoJian ChenLu Cheng EnRui MaZhong SuRui Wang
    • G06F3/041
    • G06F3/0418
    • A method and system for revising user input position. The method for revising user input position includes, detecting input position of a user, revising the input position of the user based on a predefined revising model, to obtain an accurate position, where, a wrong input position of the user is at least analyzed in advance to obtain the revising model and in response to obtaining the accurate position, triggering an application corresponding to the accurate position. With the technology for automatically revising the input position of the user on the touch screen provided by the invention, it is possible to help the user more conveniently locate the needed content, so as to save the time of the user and improve the user experience.
    • 一种用于修改用户输入位置的方法和系统。 修改用户输入位置的方法包括:检测用户的输入位置,基于预定义的修改模型修改用户的输入位置,以获得准确的位置,其中至少分析用户的错误输入位置 提前获得修改模型,并响应于获得准确的位置,触发与准确位置相对应的应用程序。 利用用于在本发明提供的触摸屏上自动修改用户的输入位置的技术,可以帮助用户更方便地定位所需的内容,以便节省用户的时间并改善用户体验。
    • 7. 发明授权
    • Index and method for extending and querying index
    • 扩展和查询索引的索引和方法
    • US07689574B2
    • 2010-03-30
    • US11562495
    • 2006-11-22
    • Wei Zhu ChenZhong SuRui WangLi Zhang
    • Wei Zhu ChenZhong SuRui WangLi Zhang
    • G06F17/00G06F15/16G06F3/00
    • G06F17/30622
    • A method, system and program storage device are provided for extending an inverted index, which comprises first and second inverted index subfiles to increase the speed of establishing and updating inverted index files. The method includes performing ordered keyword indexing operations of generating an inverted index from data sources, in which a frequency of occurrence of keywords in each of the data sources is calculated, and writing each keyword, the data sources, and the frequency of occurrence of each keyword in the corresponding data sources to the inverted index. If a number of data sources involved in the indexing operations reaches a first threshold, then writing contents of the inverted index as a smallest grid into the first inverted index subfile. If a number of smallest grids in the first inverted index subfile reaches a second threshold, then merging the smallest grids into a merged grid and writing the merged grid into the second inverted index subfile. If the number of merged grids in the second inverted index subfile reaches a third threshold, then further merging the merged grids into a larger merged grid, and writing the larger merged grid back into the first inverted index subfile.
    • 提供了一种用于扩展反向索引的方法,系统和程序存储装置,其包括第一和第二反向索引子文件,以增加建立和更新反向索引文件的速度。 该方法包括执行从数据源生成反向索引的有序关键字索引操作,其中计算每个数据源中的关键字的发生频率,并且写入每个关键字,数据源和每个数据源的发生频率 关键字在相应的数据源中反转索引。 如果涉及索引操作的数据源数目达到第一阈值,则将反向索引的内容作为最小格网写入第一反向索引子文件中。 如果第一反向索引子文件中的最小格数达到第二阈值,则将最小网格合并到合并的网格中,并将合并的网格写入第二个反向索引子文件。 如果第二反向索引子文件中的合并网格数达到第三阈值,则将合并的网格进一步合并到较大的合并网格中,并将较大的合并网格写回第一个反向索引子文件。
    • 8. 发明申请
    • Index and Method for Extending and Querying Index
    • 扩展和查询索引的索引和方法
    • US20070124277A1
    • 2007-05-31
    • US11562495
    • 2006-11-22
    • Wei ChenZhong SuRui WangLi Zhang
    • Wei ChenZhong SuRui WangLi Zhang
    • G06F17/30
    • G06F17/30622
    • Disclosed are an index structure and a method of extending index which comprises: (a) performing indexing operations of generating inverted index for newly inserted data source in the memory; (b) if the number of source data involved in the indexing operations reaches a first threshold value k1, sequentially writing the generated inverted index into the first index subfile; (c) if the number of the smallest grids, or index groups, in the first index subfile reaches a second threshold value k2, merging the k2 grids into a larger grid and sequentially writing it into the second index subfile; and (d) if the number of the smallest grids in the second index subfile reaches a third threshold value k3, merging the k3 grids into a larger grid and sequentially writing it into the first index subfile. Because index updating mostly occurs in small grids, the number of I/O operations on large grids is reduced and thus the speed of index building and updating is increased. In addition, the threshold values k1, k2 and k3 may be automatically adjusted based on the usage of system resources.
    • 公开了一种索引结构和扩展索引的方法,包括:(a)对存储器中新插入的数据源生成反向索引的索引操作; (b)如果在索引操作中涉及的源数据的数量达到第一阈值k 1,则将生成的反向索引顺序写入第一索引子文件; (c)如果第一索引子文件中的最小网格或索引组的数量达到第二阈值k 2,则将k个网格合并成较大的网格并将其顺序地写入第二索​​引子文件中; 和(d)如果第二索引子文件中的最小网格的数量达到第三阈值k 3,则将k 3个网格合并到较大的网格中并将其顺序写入第一索引子文件中。 由于索引更新主要发生在小网格中,因此大网格上的I / O操作数量减少,因此索引构建和更新速度提高。 此外,可以基于系统资源的使用自动调整阈值k 1,k 2和k 3。