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    • 5. 发明申请
    • FIT PREDICTION METHODS FOR VIRTUAL FITTING OF FOOTWEAR TO A CUSTOMER
    • FIT预测方法用于向客户虚拟装配足球
    • WO2009072000A2
    • 2009-06-11
    • PCT/IB2008/003812
    • 2008-09-12
    • SHI, Wei
    • SHI, Wei
    • G06Q30/00A43D1/00A43D1/02A43D1/04
    • A43D1/06A43D1/027
    • Disclosed is a method to predict the fit of a show on a user, a virtual fitting of footwear to a customer. The present invention provides an accurate prediction of a fit of a certain piece of footwear to a certain foot without an actual tryout. This process may be regarded as a virtual fitting since a customer will not need to physically try on a pair of shoes to determine whether not they are a good fit. When a customer orders from a printed catalog, TV shopping channel, an online shopping website, or in other situation when it is not possible to try on shoes, it is important to predict fit quality of footwear to foot.
    • 公开了一种用于预测用户对展示的拟合的方法,以及鞋类对顾客的虚拟装配。 本发明提供了对某一脚的某件鞋的拟合的准确预测,而没有实际的试穿。 这个过程可以被认为是虚拟的,因为客户不需要物理地尝试一双鞋来确定它们是否不合适。 当客户从印刷目录,电视购物频道,在线购物网站订购时,或者在不可能尝试鞋子的情况下,重要的是预测鞋类的适合质量。
    • 6. 发明申请
    • DYNAMIC VIDEO SWITCHING
    • 动态视频切换
    • WO2012100032A1
    • 2012-07-26
    • PCT/US2012/021841
    • 2012-01-19
    • QUALCOMM INCORPORATEDFANG, XinSHI, WeiMICHALAK, Gerald Paul
    • FANG, XinSHI, WeiMICHALAK, Gerald Paul
    • H04N21/442H04N21/426
    • H04N21/4424H04N21/42607
    • In an example, a dynamic codec allocation method is provided. The method includes receiving a plurality of datastreams and determining a respective codec loading factor for each of the datastreams. The datastreams are assigned to codecs, in order by respective codec loading factor, starting with the highest respective codec loading factor. Initially, the datastreams are assigned to a hardware codec, until the hardware codec is loaded to substantially maximum capacity. If the hardware codec is loaded to substantially maximum capacity, the remaining datastreams are assigned to a software codec. As new datastreams are received, the method repeats, and previously-assigned datastreams can be reassigned from a hardware codec to a software codec, and vice versa, based on their relative codec loading factors.
    • 在一个示例中,提供了动态编解码器分配方法。 该方法包括接收多个数据流并确定每个数据流的相应的编解码器加载因子。 数据流被分配到编解码器,按照相应的编解码器加载因子顺序,从最高的相应的编解码器加载因子开始。 最初,数据流被分配到硬件编解码器,直到硬件编解码器被加载到基本上最大的容量。 如果硬件编解码器被加载到基本上最大的容量,剩余的数据流被分配给软件编解码器。 当接收到新的数据流时,该方法重复,并且可以基于它们的相对编解码器加载因子将先前分配的数据流从硬件编解码器重新分配到软件编解码器,反之亦然。