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    • 1. 发明授权
    • PCR jitter reduction in a VSB and/or EVSB multiplexer system
    • VSB和/或EVSB多路复用器系统中的PCR抖动减少
    • US07680155B2
    • 2010-03-16
    • US10640805
    • 2003-08-14
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • H04J3/06
    • H04N21/4305H04N21/23608H04N21/242
    • Program clock references in first and second MPEG data streams are re-stamped in accordance with delays introduced into the first and second MPEG data streams. Accordingly, the program clock references in the first MPEG data stream are re-stamped according to a variable delay in the first MPEG data stream, and the program clock references in the second MPEG data stream are re-stamped according to a variable delay in the second MPEG data stream. The re-stamped program clock references in the second MPEG data stream are corrected according to a fixed delay in the second MPEG data stream. The first and second MPEG data streams are multiplexed, and the multiplexed first and second MPEG data streams are transmitted and received.
    • 第一和第二MPEG数据流中的节目时钟参考根据引入第一和第二MPEG数据流的延迟被重新标记。 因此,根据第一MPEG数据流中的可变延迟对第一MPEG数据流中的节目时钟参考进行重新标记,并且根据第二MPEG数据流中的可变延迟对第二MPEG数据流中的节目时钟参考进行重新标记 第二MPEG数据流。 根据第二MPEG数据流中的固定延迟来校正第二MPEG数据流中的重新标记的程序时钟参考。 第一和第二MPEG数据流被复用,并且多路复用的第一和第二MPEG数据流被发送和接收。
    • 2. 发明授权
    • PCR jitter reduction in a VSB and/or EVSB multiplexer system
    • VSB和/或EVSB多路复用器系统中的PCR抖动减少
    • US08184642B2
    • 2012-05-22
    • US12635293
    • 2009-12-10
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • H04L12/56
    • H04N21/4305H04N21/23608H04N21/242
    • Program clock references in first and second MPEG data streams are re-stamped in accordance with delays introduced into the first and second MPEG data streams. Accordingly, the program clock references in the first MPEG data stream are re-stamped according to a variable delay in the first MPEG data stream, and the program clock references in the second MPEG data stream are re-stamped according to a variable delay in the second MPEG data stream. The re-stamped program clock references in the second MPEG data stream are corrected according to a fixed delay in the second MPEG data stream. The first and second MPEG data streams are multiplexed, and the multiplexed first and second MPEG data streams are transmitted and received.
    • 第一和第二MPEG数据流中的节目时钟参考根据引入第一和第二MPEG数据流的延迟被重新标记。 因此,根据第一MPEG数据流中的可变延迟对第一MPEG数据流中的节目时钟参考进行重新标记,并且根据第二MPEG数据流中的可变延迟对第二MPEG数据流中的节目时钟参考进行重新标记 第二MPEG数据流。 根据第二MPEG数据流中的固定延迟来校正第二MPEG数据流中的重新标记的程序时钟参考。 第一和第二MPEG数据流被复用,并且多路复用的第一和第二MPEG数据流被发送和接收。
    • 3. 发明申请
    • PCR JITTER REDUCTION IN A VSB AND/OR EVSB MULTIPLEXER SYSTEM
    • VSB和/或EVSB多路复用器系统中的PCR抖动减少
    • US20100118934A1
    • 2010-05-13
    • US12635293
    • 2009-12-10
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • H04N11/02
    • H04N21/4305H04N21/23608H04N21/242
    • Program clock references in first and second MPEG data streams are re-stamped in accordance with delays introduced into the first and second MPEG data streams. Accordingly, the program clock references in the first MPEG data stream are re-stamped according to a variable delay in the first MPEG data stream, and the program clock references in the second MPEG data stream are re-stamped according to a variable delay in the second MPEG data stream. The re-stamped program clock references in the second MPEG data stream are corrected according to a fixed delay in the second MPEG data stream. The first and second MPEG data streams are multiplexed, and the multiplexed first and second MPEG data streams are transmitted and received.
    • 第一和第二MPEG数据流中的节目时钟参考根据引入第一和第二MPEG数据流的延迟被重新标记。 因此,根据第一MPEG数据流中的可变延迟对第一MPEG数据流中的节目时钟参考进行重新标记,并且根据第二MPEG数据流中的可变延迟对第二MPEG数据流中的节目时钟参考进行重新标记 第二MPEG数据流。 根据第二MPEG数据流中的固定延迟来校正第二MPEG数据流中的重新标记的程序时钟参考。 第一和第二MPEG数据流被复用,并且多路复用的第一和第二MPEG数据流被发送和接收。
    • 4. 发明申请
    • PCR JITTER REDUCTION IN A VSB AND/OR EVSB MULTIPLEXER SYSTEM
    • VSB和/或EVSB多路复用器系统中的PCR抖动减少
    • US20090096922A1
    • 2009-04-16
    • US12340962
    • 2008-12-22
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • H04N5/04
    • H04N21/4305H04N21/23608H04N21/242
    • Program clock references in first and second MPEG data streams are re-stamped in accordance with delays introduced into the first and second MPEG data streams. Accordingly, the program clock references in the first MPEG data stream are re-stamped according to a variable delay in the first MPEG data stream, and the program clock references in the second MPEG data stream are re-stamped according to a variable delay in the second MPEG data stream. The re-stamped program clock references in the second MPEG data stream are corrected according to a fixed delay in the second MPEG data stream. The first and second MPEG data streams are multiplexed, and the multiplexed first and second MPEG data streams are transmitted and received.
    • 第一和第二MPEG数据流中的节目时钟参考根据引入第一和第二MPEG数据流的延迟被重新标记。 因此,根据第一MPEG数据流中的可变延迟对第一MPEG数据流中的节目时钟参考进行重新标记,并且根据第二MPEG数据流中的可变延迟对第二MPEG数据流中的节目时钟参考进行重新标记 第二MPEG数据流。 根据第二MPEG数据流中的固定延迟来校正第二MPEG数据流中的重新标记的程序时钟参考。 第一和第二MPEG数据流被复用,并且多路复用的第一和第二MPEG数据流被发送和接收。
    • 5. 发明授权
    • PCR jitter reduction in a VSB and/or EVSB multiplexer system
    • VSB和/或EVSB多路复用器系统中的PCR抖动减少
    • US07970018B2
    • 2011-06-28
    • US12340962
    • 2008-12-22
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • Jin H. KimTimothy G. LaudLay Yee Lim
    • H04J3/06
    • H04N21/4305H04N21/23608H04N21/242
    • Program clock references in first and second MPEG data streams are re-stamped in accordance with delays introduced into the first and second MPEG data streams. Accordingly, the program clock references in the first MPEG data stream are re-stamped according to a variable delay in the first MPEG data stream, and the program clock references in the second MPEG data stream are re-stamped according to a variable delay in the second MPEG data stream. The re-stamped program clock references in the second MPEG data stream are corrected according to a fixed delay in the second MPEG data stream. The first and second MPEG data streams are multiplexed, and the multiplexed first and second MPEG data streams are transmitted and received.
    • 第一和第二MPEG数据流中的节目时钟参考根据引入第一和第二MPEG数据流的延迟被重新标记。 因此,根据第一MPEG数据流中的可变延迟对第一MPEG数据流中的节目时钟参考进行重新标记,并且根据第二MPEG数据流中的可变延迟对第二MPEG数据流中的节目时钟参考进行重新标记 第二MPEG数据流。 根据第二MPEG数据流中的固定延迟来校正第二MPEG数据流中的重新标记的程序时钟参考。 第一和第二MPEG数据流被复用,并且多路复用的第一和第二MPEG数据流被发送和接收。
    • 6. 发明申请
    • Repeater Using Baseband Data
    • 中继器使用基带数据
    • US20120155513A1
    • 2012-06-21
    • US12969960
    • 2010-12-16
    • Timothy G. Laud
    • Timothy G. Laud
    • H04B3/36
    • H04B3/36
    • A repeater receives an input signal containing mobile/handheld (M/H) data received in an M/H frame equivalent in size to 20 VSB data frames. Each VSB frame contains an odd VSB field and an even VSB field, and each of the VSB fields includes one field sync segment and 312 data segments. The M/H frame includes main data and M/H data, and the M/H data has more robust coding than the main data. The input signal, is received and demodulated to produce an MPEG transport steam. Frame registration is found so as to find data and field syncs in the MPEG transport steam. The trellis encoder is reset prior to the M/H training data in to the mobile data stream. The data is VSB modulated, the field syncs are added to the modulated data to reconstruct the M/H frame, and the M/H frame upconverted to an RF output signal. The RF output signal is retransmitted.
    • 中继器接收包含以等于20个VSB数据帧的M / H帧接收的移动/手持(M / H)数据的输入信号。 每个VSB帧包含奇数VSB字段和偶数VSB字段,并且每个VSB字段包括一个字段同步段和312个数据段。 M / H帧包括主数据和M / H数据,并且M / H数据具有比主数据更强的编码。 输入信号被接收和解调以产生MPEG传输蒸汽。 找到帧注册,以便在MPEG传输蒸汽中查找数据和字段同步。 网格编码器在M / H训练数据之前被复位到移动数据流中。 数据是VSB调制的,场同步被加到调制数据上,以重构M / H帧,并将M / H帧上转换成RF输出信号。 RF输出信号被重发。
    • 7. 发明申请
    • Data Analyzing And/Or Combined Main/Mobile Receiving
    • 数据分析和/或组合主/移动接收
    • US20120154686A1
    • 2012-06-21
    • US12969794
    • 2010-12-16
    • Timothy G. Laud
    • Timothy G. Laud
    • H04N5/38H04N5/44
    • H04L1/007H04L1/245
    • Mobile/handheld (M/H) data is received in an M/H frame equivalent in size to exactly 20 VSB data frames. Each VSB frame contains an odd VSB field and an even VSB field, and each of the VSB fields includes one field sync segment and 312 data segments. The M/H frame includes main data and M/H data, and the M/H data has more robust coding than the main data. The M/H frame is received and an MPEG encoded transport stream derived therefrom is outputted. Frame registration is found so as to find a structure of the M/H frame in the MPEG encoded transport stream. Based on the structure of the M/H frame, the M/H data is randomized. Based on the structure of the M/H frame, block mode data is located within the randomized M/H data. The M/H data is decoded using the block mode data.
    • 移动/手持(M / H)数据以大小相当于正好20个VSB数据帧的M / H帧接收。 每个VSB帧包含奇数VSB字段和偶数VSB字段,并且每个VSB字段包括一个字段同步段和312个数据段。 M / H帧包括主数据和M / H数据,并且M / H数据具有比主数据更强的编码。 接收M / H帧,并输出从其导出的MPEG编码的传输流。 找到帧注册,以便找到MPEG编码的传输流中的M / H帧的结构。 基于M / H帧的结构,M / H数据是随机的。 基于M / H帧的结构,块模式数据位于随机M / H数据内。 使用块模式数据解码M / H数据。
    • 8. 发明授权
    • TV signal transmission systems and methods
    • 电视信号传输系统及方法
    • US5136381A
    • 1992-08-04
    • US407596
    • 1989-09-15
    • Richard W. CittaTimothy G. LaudRonald B. Lee
    • Richard W. CittaTimothy G. LaudRonald B. Lee
    • H04N7/015H04N7/08H04N7/085H04N7/088H04N7/12H04N7/26
    • H04N7/085H04N19/186H04N7/015H04N7/08H04N7/088H04N7/127
    • A hybrid television signal of less transmission power or better signal to noise performance is made up by removing low frequency analog components from the video signal, digitizing them and sending them as data in non-active video portions of the transmitted signal. A two step hybridization process, with the first step removing the line averaged value of the video components of the video signal and the second step removing the remainder of the video components under 200 KHz, is described. Temporal filtering, signal pre-emphasis, compression, time dispersion and double sideband suppressed carrier modulation about a centered carrier are disclosed for reducing peak signal amplitudes and for minimizing co-channel interference to and from NTSC signals. Time dispersion is done horizontally, vertically or both to reduce the peak signal amplitudes. Time dispersion in conjunction with low frequency removal and temporal filtering is preferred. Time dispersing lower frequencies more than higher frequencies contributes to an optimized video display. The resultant signal system is uniquely adapted to a high definition television signal in a limited frequency channel with an NTSC signal.
    • 通过从视频信号中去除低频模拟分量,对它们进行数字化并将其作为发送信号的非有效视频部分中的数据发送来构成具有较少传输功率或更好的信噪比性能的混合电视信号。 描述了两步杂交处理,其中第一步除去视频信号的视频分量的行平均值,第二步除去200KHz以下的其余视频分量。 公开了关于中心载波的时间滤波,信号预加重,压缩,时间色散和双边带抑制的载波调制,用于降低峰值信号幅度并最小化与NTSC信号的共信道干扰。 时间色散在水平,垂直或两者上进行,以减小峰值信号幅度。 优选与低频去除和时间滤波相结合的时间色散。 将较低频率分散到更高频率的时间有助于优化视频显示。 所得信号系统独特地适应于具有NTSC信号的有限频率信道中的高分辨率电视信号。
    • 9. 发明授权
    • Data analyzing and/or combined main/mobile receiving
    • 数据分析和/或组合主/移动接收
    • US09001270B2
    • 2015-04-07
    • US12969794
    • 2010-12-16
    • Timothy G. Laud
    • Timothy G. Laud
    • H04L1/00H04L1/24
    • H04L1/007H04L1/245
    • Mobile/handheld (M/H) data is received in an M/H frame equivalent in size to exactly 20 VSB data frames. Each VSB frame contains an odd VSB field and an even VSB field, and each of the VSB fields includes one field sync segment and 312 data segments. The M/H frame includes main data and M/H data, and the M/H data has more robust coding than the main data. The M/H frame is received and an MPEG encoded transport stream derived therefrom is outputted. Frame registration is found so as to find a structure of the M/H frame in the MPEG encoded transport stream. Based on the structure of the M/H frame, the M/H data is randomized. Based on the structure of the M/H frame, block mode data is located within the randomized M/H data. The M/H data is decoded using the block mode data.
    • 移动/手持(M / H)数据以大小相当于正好20个VSB数据帧的M / H帧接收。 每个VSB帧包含奇数VSB字段和偶数VSB字段,并且每个VSB字段包括一个字段同步段和312个数据段。 M / H帧包括主数据和M / H数据,并且M / H数据具有比主数据更强的编码。 接收M / H帧,并输出从其导出的MPEG编码的传输流。 找到帧注册,以便找到MPEG编码的传输流中的M / H帧的结构。 基于M / H帧的结构,M / H数据是随机的。 基于M / H帧的结构,块模式数据位于随机M / H数据内。 使用块模式数据解码M / H数据。
    • 10. 发明授权
    • Repeater using baseband data
    • 中继器使用基带数据
    • US08681836B2
    • 2014-03-25
    • US12969960
    • 2010-12-16
    • Timothy G. Laud
    • Timothy G. Laud
    • H04B7/14H04L25/52
    • H04B3/36
    • A repeater receives an input signal containing mobile/handheld (M/H) data received in an M/H frame equivalent in size to 20 VSB data frames. Each VSB frame contains an odd VSB field and an even VSB field, and each of the VSB fields includes one field sync segment and 312 data segments. The M/H frame includes main data and M/H data, and the M/H data has more robust coding than the main data. The received input signal is demodulated to produce an MPEG transport steam. Frame registration is used to find data and field syncs in the MPEG transport steam. The trellis encoder is reset prior to M/H training data in to the mobile data stream. The data is VSB modulated, the field syncs are added to the modulated data to reconstruct the M/H frame, and the M/H frame upconverted to an RF output signal, which is retransmitted.
    • 中继器接收包含以等于20个VSB数据帧的M / H帧接收的移动/手持(M / H)数据的输入信号。 每个VSB帧包含奇数VSB字段和偶数VSB字段,并且每个VSB字段包括一个字段同步段和312个数据段。 M / H帧包括主数据和M / H数据,并且M / H数据具有比主数据更强的编码。 所接收的输入信号被解调以产生MPEG传输蒸汽。 帧注册用于在MPEG传输蒸汽中查找数据和字段同步。 网格编码器在M / H训练数据之前被复位到移动数据流中。 该数据经VSB调制,将场同步信号加到调制数据上以重建M / H帧,并将M / H帧上转换为RF输出信号,重新发送。