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    • 1. 发明申请
    • Motion detector for a video display system
    • 用于视频显示系统的运动检测器
    • US20060268179A1
    • 2006-11-30
    • US11135799
    • 2005-05-24
    • Karl RennerWeider ChangRamesh Chandrasekaran
    • Karl RennerWeider ChangRamesh Chandrasekaran
    • H04N9/78
    • H04N11/146H04N5/145H04N9/66H04N9/77H04N9/78H04N11/165
    • Systems and methods are provided for detecting motion within a composite video signal. A first chroma difference element compares an in-phase chroma component of the composite video signal to a delayed representation of the in-phase chroma component to produce a first chroma difference value for a given pixel. A second chroma difference element compares a quadrature chroma component of the composite video signal to a delayed representation of the quadrature chroma component to produce a second chroma difference value for the pixel. A parameter mapping component maps the first and second difference values to respective first and second motion parameters that indicates the degree of change in the chroma properties of the pixel. A parameter selector determines a composite motion parameter for the pixel from the first and second motion parameters.
    • 提供用于检测复合视频信号内的运动的系统和方法。 第一色差元件将复合视频信号的同相色度分量与同相色度分量的延迟表示进行比较,以产生给定像素的第一色度差值。 第二色差元件将复合视频信号的正交色度分量与正交色度分量的延迟表示进行比较,以产生像素的第二色度差值。 参数映射组件将第一和第二差分值映射到指示像素的色度特性的变化程度的相应的第一和第二运动参数。 参数选择器从第一和第二运动参数确定像素的复合运动参数。
    • 3. 发明申请
    • Method for treating inter-frame motion in a composite video signal
    • 在复合视频信号中处理帧间运动的方法
    • US20070076128A1
    • 2007-04-05
    • US11240718
    • 2005-10-01
    • Ramesh ChandrasekaranWeider ChangKarl Renner
    • Ramesh ChandrasekaranWeider ChangKarl Renner
    • H04N5/14
    • H04N5/144
    • A method for treating inter-frame motion in a series of consecutive signal frames of a composite video signal includes the steps of, for an evaluation pixel position in each frame of a test frame-set including three successive signal frames: (a) determining whether there is at least a predetermined difference in chroma component or in luma component signals at the evaluation pixel; (b) if in step (a) there is not a predetermined difference in chroma component signals or in luma component signals, determining whether a first and third frame of the test frame-set are substantially identical; (c) determining whether at least a first predetermined number of the luma or chroma component signals in the test frame-set present at least one false color; and (d) determining whether at least a second predetermined number of high frequency luma component signals exist in the test frame-set.
    • 一种用于处理复合视频信号的一系列连续信号帧中的帧间运动的方法包括以下步骤:对于包括三个连续信号帧的测试帧集合的每个帧中的评估像素位置:(a)确定是否 评估像素处的色度分量或亮度分量信号中至少存在预定的差异; (b)如果在步骤(a)中色度分量信号或亮度分量信号中没有预定的差异,则确定测试帧组的第一和第三帧是否基本相同; (c)确定测试帧组中至少第一预定数量的亮度或色度分量信号是否存在至少一种假色; 和(d)确定在测试帧组中是否存在至少第二预定数量的高频亮度分量信号。
    • 9. 发明授权
    • Master/slave sequencing processor
    • 主/从排序处理器
    • US5036453A
    • 1991-07-30
    • US390507
    • 1989-08-02
    • Karl RennerJohn P. Shanklin
    • Karl RennerJohn P. Shanklin
    • G06F15/80
    • G06F15/8015
    • An array processor includes a master array controller and sequencer (12) and a plurality of slave processors (20a)-(20n). The master generates sequencing commands for sequencing instruction flow in each of the slave processors. The slave processors generate addresses for associated memories (34a)-(34n). The data outputs of the memories are interfaced through a cross point switch (22) to a slave data processor (24). The master (12) is operable to initialize all of the slave devices to a starting address for an internal routine and sequence the instruction flow therein in a synchronous and parallel manner to execute a particular task.
    • 阵列处理器包括主阵列控制器和定序器(12)和多个从属处理器(20a) - (20n)。 主机产生用于对每个从属处理器中的指令流进行排序的排序命令。 从处理器产生相关存储器(34a) - (34n)的地址。 存储器的数据输出通过交叉点开关(22)连接到从属数据处理器(24)。 主机(12)可操作以将所有从机设备初始化为内部程序的起始地址,并以同步和并行方式对其中的指令流进行排序,以执行特定任务。
    • 10. 发明申请
    • Jitter Precorrection Filter in Time-Average-Frequency Clocked Systems
    • 时间平均频率时钟系统中的抖动预校正滤波器
    • US20110131439A1
    • 2011-06-02
    • US12628339
    • 2009-12-01
    • Karl RennerWalter Heinrich DemmerLiming Xiu
    • Karl RennerWalter Heinrich DemmerLiming Xiu
    • H03L7/06H03M1/82H03L7/00G06F1/08
    • G06F1/08H03L7/18
    • Synchronous circuitry for processing digital data in which the data are filtered to compensate for expected jitter in time-average frequency clock signals. Time-average frequency synthesis circuitry generates internal clock signals of a desired frequency, for example as based on a recovered clock signal from an input data stream, in a manner in which not all periods of the clock signal are of uniform duration. A jitter precorrection filter is inserted into the data path to apply a variable delay to pre-correct for distortion caused by jitter in the clock cycle. In embodiments of the invention using a flying-adder architecture to generate the clock signal, coefficients of the digital filer realizing the jitter precorrection filter are calculated according to the currently-selected oscillator phase and according to a fractional portion of a digital frequency control word.
    • 用于处理数字数据的同步电路,其中数据被滤波以补偿时间平均频率时钟信号中的预期抖动。 时间平均频率合成电路以不是所有的时钟信号周期具有均匀持续时间的方式,例如基于来自输入数据流的恢复的时钟信号来产生期望频率的内部时钟信号。 抖动预校正滤波器被插入到数据路径中以应用可变延迟来预校正由时钟周期中的抖动引起的失真。 在使用飞加法器架构来生成时钟信号的本发明的实施例中,根据当前选择的振荡器相位并根据数字频率控制字的小数部分来计算实现抖动预校正滤波器的数字滤波器的系数。