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    • 4. 发明申请
    • EFFICIENT MODE DECISION METHOD FOR MULTIVIEW VIDEO CODING
    • 多视频编码的有效模式决策方法
    • US20130301725A1
    • 2013-11-14
    • US13470555
    • 2012-05-14
    • Jiao WangMohamed K. Cherif
    • Jiao WangMohamed K. Cherif
    • H04N7/32
    • H04N13/161H04N19/103H04N19/139H04N19/147H04N19/176H04N19/597
    • A method for determining a macroblock (MB) coding mode for a current MB in a dependent view. A window around a co-located MB in a base view is determined, wherein the co-located MB is a MB in the base view having a same location as the current MB in the dependent view. A coding mode complexity value (CMCV) is determined for each MB in the window, wherein the CMCV is based on a coding mode used to encode the MB. Rate distortion optimization (RDO) is performed for the current MB using a reduced number of coding modes if a total CMCV for all MBs in the window is less than a threshold, or using all supported coding modes if the total CMCV for all MBs in the window is greater than the threshold. A coding mode for the current MB is determined based on the RDO results.
    • 一种用于确定从属视图中的当前MB的宏块(MB)编码模式的方法。 确定基本视图中位于同一位置的MB周围的窗口,其中同位置MB是基础视图中的MB,具有与从属视图中的当前MB相同的位置。 为窗口中的每个MB确定编码模式复杂度值(CMCV),其中CMCV基于用于编码MB的编码模式。 如果窗口中所有MB的总CMCV小于阈值,或者使用所有支持的编码模式,则使用减少数量的编码模式对当前MB执行速率失真优化(RDO),如果所有MB的总CMCV为 窗口大于阈值。 基于RDO结果确定当前MB的编码模式。
    • 6. 发明授权
    • Process and method for hydroxyalkylation of starch and hydroxyalkyl
starch prepared accordingly
    • 制备相应的淀粉和羟烷基淀粉的羟烷基化方法和方法
    • US06051700A
    • 2000-04-18
    • US248452
    • 1999-02-11
    • Jiao Wang
    • Jiao Wang
    • C08B31/12C12P19/14C12S3/12C08B31/10
    • C12P19/14C08B31/12
    • Disclosed are a method and process for preparing a hydroxyalkyl starch. In accordance with the disclosed invention, the starch is treated with an enzyme under conditions to increase the susceptibility of the starch to hydroxyalkylation by a hydroxyalkylating agent. After the starch is so treated, the starch is hydroxyalkylated with a hydroxyalkylating agent. The hydroxyalkylation reaction can proceed to provide a starch having an MS greater than about 0.2, while still remaining in granular form in the aqueous suspension. The method of the invention thus provides a granular starch having a higher MS than is otherwise attainable via a reaction in aqueous media.
    • 公开了制备羟烷基淀粉的方法和方法。 根据所公开的发明,淀粉用酶处理,以增加淀粉对羟烷基化剂的羟烷基化的敏感性。 淀粉经过如此处理后,淀粉用羟烷基化剂进行羟烷基化。 羟基烷基化反应可以进行以提供MS大于约0.2的淀粉,同时仍然以水性悬浮液的形式存在。 因此,本发明的方法提供了一种具有比通过水性介质中的反应可获得的MS更高的颗粒淀粉。
    • 8. 发明授权
    • Method, apparatus and system for spectrum prediction
    • 频谱预测的方法,装置和系统
    • US08687516B2
    • 2014-04-01
    • US13407220
    • 2012-02-28
    • Gong ZhangJiao WangYanping Xiang
    • Gong ZhangJiao WangYanping Xiang
    • H04L1/00
    • H04W16/14H04W48/16H04W72/1215
    • Method, system and apparatus for spectrum prediction are provided. The method includes: obtaining the first sampling data of target spectrum, wherein the first sampling data including existing service information, channel information and channel state information of the target spectrum; extracting channel state information of all channels of the same service in each timeslot from the first sampling data, and generating a sampling matrix; extracting a spectrum resource occupancy mode combination of the target spectrum from the sampling matrix; obtaining the second sampling data of the target spectrum, matching the spectrum resource occupancy mode combination according to the second sampling data of the target spectrum, and predicting the channel state of the target spectrum in a future timeslot according to the matching result.
    • 提供了频谱预测的方法,系统和装置。 该方法包括:获得目标频谱的第一采样数据,其中第一采样数据包括目标频谱的现有业务信息,信道信息和信道状态信息; 从第一采样数据中提取每个时隙中相同业务的所有信道的信道状态信息,并生成采样矩阵; 从采样矩阵中提取目标频谱的频谱资源占用模式组合; 获得目标频谱的第二采样数据,根据目标频谱的第二采样数据匹配频谱资源占用模式组合,并根据匹配结果预测未来时隙中目标频谱的信道状态。