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    • 1. 发明申请
    • SYSTEMS AND METHODS OF VIEWING, MODIFYING, AND INTERACTING WITH
    • 查看,修改和交互“路由增强”多媒体的系统和方法
    • WO2005017780A1
    • 2005-02-24
    • PCT/US2004/013819
    • 2004-04-29
    • HEWLETT-PACKARD DEVELOPMENT COMPANY L.P.SAMADANI, RaminHARVILLE, Michael
    • SAMADANI, RaminHARVILLE, Michael
    • G06F17/30
    • G01C11/06G01C7/00G01C21/20G08G1/005
    • "Path-enhanced" multimedia (PEM) data may be viewed, modified, or interacted with according to user selected views which determine the meaner in which at least a portion of the PEM data is displayed. The PEM data is stored in data structure as a scrapbook object including the first data object types corresponding to the PEM data and second object types corresponding to the different view types. The scrapbook object data structure lends itself to displaying portion of the PEM data according to the selected views that correspond to the particular time and place or to a particular time ordered sequence of locations (i.e., a particular path segment) and/or can be enhanced with other multimedia content related to the time and place or to the path segment, thereby providing a more interesting and effective display or the "path-enhanced" recorded events. For example, the time and location of a particular point on the path may be used to locate and append other recorded sounds and images associated with that time and/or that location, to thereby provide an enhanced presentation of a trip or other path-oriented experience. Moreover, the data defining any such associated path may also be edited to thereby define a new or modified path.
    • 可以根据用户选择的视图来查看,修改或交互“路径增强”多媒体(PEM)数据,这些视图确定显示PEM数据的至少一部分的平均值。 PEM数据作为剪贴簿对象存储在数据结构中,包括与PEM数据对应的第一数据对象类型和对应于不同视图类型的第二对象类型。 剪贴簿对象数据结构本身可以根据与特定时间和地点或特定时间有序的位置序列(即,特定路径段)相对应的所选视图来显示PEM数据的部分和/或可以被增强 与时间和地点相关的其他多媒体内容或路径段,从而提供更有趣和有效的显示或“路径增强”记录的事件。 例如,路径上的特定点的时间和位置可以用于定位和附加与该时间和/或该位置相关联的其他记录的声音和图像,从而提供旅行或其他面向路径的增强的呈现 经验。 此外,还可以编辑定义任何这样的关联路径的数据,从而定义新的或修改的路径。
    • 2. 发明申请
    • APPARATUS AND METHOD FOR RECORDING
    • 用于记录“加速”多媒体的装置和方法
    • WO2004100166A2
    • 2004-11-18
    • PCT/US2004/013643
    • 2004-04-29
    • HEWLETT PACKARD DEVELOPMENT COMPANY, L.P.SAMADANI, RaminHARVILLE, Michael
    • SAMADANI, RaminHARVILLE, Michael
    • G11B31/00
    • G06F17/30241G11B27/031G11B27/10H04N5/9201
    • A “path-enhanced” recorder combines the recording of multimedia data files (typically, but not necessarily, using conventional digital audio, photo, and video recording technology), along with quasi-continuous capturing of time and position data to permit a subsequent reconstruction of the user's entire path, preferably including times and/or locations at which no multimedia data files were being recorded. A "path-enhanced" recorder device thus provides a combined record of not only multimedia data files but also data concerning path traveled between (and possibly during the capturing of individual recorded media files to thereby create "path-enhanced" multimedia, which in turn facilitates a number of contemplated applications including the Automatic Generation of Presentations; Exploration, Enhancement and Editing of "Path-Enhanced" Multimedia; and Searching of "Path-Enhanced" Multimedia Database.
    • “路径增强”记录器组合多媒体数据文件的记录(通常但不一定使用常规数字音频,照片和视频记录技术)以及准连续捕获时间和位置数据以允许随后的重建 的用户的整个路径,优选地包括不记录多媒体数据文件的时间和/或位置。 因此,“路径增强”记录装置提供了不仅多媒体数据文件的组合记录,而且还提供了关于在(并且可能在捕获单独的记录的媒体文件之间)期间行进的路径的数据,从而创建“路径增强”多媒体的数据, 促进了许多预期的应用,包括自动生成演示;探索,增强和编辑“路径增强”多媒体;以及搜索“路径增强”多媒体数据库。
    • 3. 发明申请
    • COMPUTATIONAL MUSIC-TEMPO ESTIMATION
    • 计算音乐 - 速度估计
    • WO2008033433A2
    • 2008-03-20
    • PCT/US2007/019876
    • 2007-09-11
    • HEWLETT-PACKARD DEVELOPMENT COMPANY L.P.CHANG, Yu-YaoSAMADANI, RaminZHANG, TongWIDDOWSON, Simon
    • CHANG, Yu-YaoSAMADANI, RaminZHANG, TongWIDDOWSON, Simon
    • G10H1/40G10H2210/076
    • Various method and system embodiments of the present invention are directed to computational estimation of a tempo for a digitally encoded musical selection. In certain embodiments of the present invention, described below, a short portion of a musical selection is analyzed to determine the tempo of the musical selection. The digitally encoded musical selection sample is computationally transformed to produce a power spectrum corresponding to the sample, in turn transformed to produce a two-dimensional strength-of-onset matrix (618). The two-dimensional strength-of-onset matrix is then transformed (806) into a set of strength-of-onset/time functions (716) for each of a corresponding set of frequency bands (704-707). The strength-of-onset/time functions are then analyzed to find a most reliable onset interval (808, 8100) that is transformed into an estimated tempo returned by the analysis (812).
    • 本发明的各种方法和系统实施例涉及用于数字编码音乐剧选择的节奏的计算估计。 在下面描述的本发明的某些实施例中,分析音乐选择的一小部分以确定音乐选择的节奏。 对数字编码的音乐选择样本进行计算变换以产生对应于样本的功率谱,其又被变换以产生二维起始强度矩阵(618)。 然后将二维起始强度矩阵变换(806)为对应的一组频带(704-707)中的每一个的一组起始强度/时间函数(716)。 然后分析发作强度/时间函数以找到转换成由分析返回的估计节奏的最可靠的发作间隔(808,8100)(812)。
    • 10. 发明申请
    • REDUCING ARTIFACTS IN COMPRESSED IMAGES
    • 减少压缩图像中的人物
    • WO2005039187A1
    • 2005-04-28
    • PCT/US2004/032483
    • 2004-09-29
    • HEWLETT-PACKARD DEVELOPMENT COMPANY L.P.SAMADANI, RaminSUNDARARJAN, ArvindSAID, Amir
    • SAMADANI, RaminSUNDARARJAN, ArvindSAID, Amir
    • H04N7/26
    • H04N19/86H04N19/122H04N19/60
    • Systems and methods of reducing artifices in compressed images (12) are described. In one aspect, spatially-shifted forward transforms of the input image (12) are computed to generate respective sets of forward transform coefficients (C 1 , C 2 , …, C K ). Nonlinear transforms (T 1 , T 2 , …, T K ) are applied to the forward transform coefficients of each set (C 1 , C 2 , …, C K ). Inverse transforms (C’ 1 , C’ 2 , …, C’ K )of the sets of nonlinearly transformed forward transform coefficients are computed to generate respective intermediate images (I 1 , I 2 , …, I K ). Respective measures of local spatial intensity variability are computed for pixels of each of the intermediate images (I 1 , I 2 , …, I K ). An output image (40) is computed with pixel values computed based at least in part of the competed measures of the local spatial intensity variability.
    • 描述了在压缩图像(12)中减少工件的系统和方法。 在一个方面,计算输入图像(12)的空间位移正向变换,以产生各组正向变换系数(C1,C2,...,CK)。 非线性变换(T1,T2,...,TK)被应用于每个集合(C1,C2,...,CK)的正向变换系数。 计算非线性变换前向变换系数集合的逆变换(C'1,C'2,...,C'K)以生成各自的中间图像(I1,I2,...,IK)。 对于每个中间图像(I1,I2,...,IK)的像素,计算局部空间强度变异性的各个度量。 使用根据局部空间强度变异性的竞争测量的至少一部分计算的像素值计算输出图像(40)。