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    • 1. 发明申请
    • DRIVING A MATRIX DISPLAY
    • 驾驶矩阵显示
    • US20070273713A1
    • 2007-11-29
    • US10599416
    • 2005-03-25
    • Robertus WubbenGerben Hekstra
    • Robertus WubbenGerben Hekstra
    • G09G5/10
    • G09G3/3607G09G3/34G09G2320/0261G09G2340/16
    • A driver (D) for a matrix display panel (1) with a pixel (Pk) comprising a first and a second sub-pixel (SP11, 12) both having an inertia, receives a first and second input signal (R, G) indicating a first and a second desired brightness transition (BT1, BT2) of the first and second sub-pixel (SP11, 12), respectively. The driver (D) supplies a first and a second drive signal (Ra, Ga) to the first and the second sub-pixel (SP11, 12), respectively. The first and a second drive signal (Ra, Ga) are supplied at a predetermined repetition rate, and levels of the first and the second drive signal (Ra, Ga) are limited between a minimum level (MI) and a maximum level (MA). The predetermined repetition rate may be the frame or line rate. The predetermined period is the reciprocal of the predetermined repetition rate. The driver (D) comprises: a detector (LV1) which detects whether the first drive signal (Ra) within the single predetermined period (Tf) would have to surpass the maximum level (MA) or to fall below the minimum level (MI) in order to compensate for the inertia of the first sub-pixel (SP11), and a level adapter (AC) which increases or decreases a level of the second drive signal (Ga) if is detected that the first drive signal (Ra) would have to surpass the maximum level (A) or fall below the minimum level (MI), respectively.
    • 具有包括具有惯性的第一和第二子像素(SP 11,12)的像素(Pk)的矩阵显示面板(1)的驱动器(D)接收第一和第二输入信号(R,G )分别指示第一和第二子像素(SP 11,12)的第一和第二期望亮度转变(BT 1,BT 2)。 驱动器(D)分别向第一和第二子像素(SP 11,12)提供第一和第二驱动信号(Ra,Ga)。 以预定的重复频率提供第一和第二驱动信号(Ra,Ga),并且将第一和第二驱动信号(Ra,Ga)的电平限制在最小电平(MI)和最大电平(MA )。 预定的重复率可以是帧或线速率。 预定周期是预定重复率的倒数。 驱动器(D)包括:检测器(LV 1),其检测单个预定时段(Tf)内的第一驱动信号(Ra)是否必须超过最大电平(MA)或低于最小电平(MI ),以便补偿第一子像素(SP11)的惯性,以及如果检测到第二驱动信号(Ra)的第一驱动信号(Ra)的增加或减小第二驱动信号(Ga)的电平的电平适配器(AC) )必须分别超过最大水平(A)或低于最低水平(MI)。
    • 2. 发明申请
    • Media signal processing method, corresponding system, and application thereof in a resource-scalable motion estimator
    • 媒体信号处理方法,相应系统及其在资源可扩展运动估计器中的应用
    • US20070195883A1
    • 2007-08-23
    • US10598886
    • 2005-03-15
    • Christian HentschelRobertus Wubben
    • Christian HentschelRobertus Wubben
    • H04N7/12H04B1/66H04N11/04H04N11/02
    • H04N19/156H04N19/102H04N19/176H04N19/51
    • The invention relates to a method of processing, in a media signal processing system, a media signal available in the form of successive sets of media data packets. The method, which performs one or a plurality of functions among which at least one of them can be carried out with different levels of scalability resulting in different output qualities and resource demands, comprises the steps of—requesting a resource to provide a plurality of system outputs; —allocating a predetermined budget to the method in order to enable operating the method at a given level of scalability; —measuring an expression called progress that takes into account the processed data; —measuring at least one media processing specific resource used during operation; —on the basis of regulation parameters consisting of the allocated budget and said measurements, performing a load regulation by allocating modified resources for media signal processing.
    • 本发明涉及一种在媒体信号处理系统中处理以连续的媒体数据分组集合形式可用的媒体信号的方法。 执行一个或多个功能的方法,其中可以以不同的可扩展性水平执行其中的至少一个功能,导致不同的输出质量和资源需求,包括以下步骤:请求资源提供多个系统 输出 - 将预定的预算分配给所述方法,以便能够以给定的可扩展性水平操作所述方法; - 测量一个称为进度的表达,考虑处理的数据; - 测量操作期间使用的至少一种媒体处理特定资源; - 在由分配的预算和所述测量组成的调节参数的基础上,通过分配用于媒体信号处理的修改的资源来执行负载调节。