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    • 1. 发明授权
    • Audio source selection circuit
    • 音源选择电路
    • US07162038B1
    • 2007-01-09
    • US09357006
    • 1999-07-19
    • Martin WintererStefan MuellerThomas Hilpert
    • Martin WintererStefan MuellerThomas Hilpert
    • H04H5/00H04H3/00
    • H04N5/60H04N5/46H04N21/4622H04N21/8106
    • Audio source selection circuit (QW) for an audio signal processor with inputs for source signals (F1, F2, NA, NB) provided by at least one source (Q1, Q2), with a processing device (V) which forms pairs of signals from the source signals, with a settable source selection logic (Qs) to which the channels of the processing device (V) are applied, and with outputs coupled to signal outputs of the settable source selection logic (Qs) and each forming an output channel (Co1, Co2, Co3), the processing device (V) including an automatic audio mode setting device which generates suitable intermediate channels (Cz1, Cz2, Cz3, Cz4) from the source signals (F1, F2, NA, NB) according to a source- and application-related mode.
    • 用于具有由至少一个源(Q 1,Q 2)提供的源信号(F 1,F 2,NA,NB)的输入的音频信号处理器的音频源选择电路(QW)与处理装置(V) 使用来自源信号的信号对,以及施加处理装置(V)的通道的可设置的源选择逻辑(Qs),以及耦合到可设置源选择逻辑(Qs)的信号输出和每个 形成输出通道(Co 1,Co 2,Co 3),所述处理装置(V)包括从源信号产生合适的中间通道(Cz 1,Cz 2,Cz 3,Cz 4)的自动音频模式设定装置 (F 1,F 2,NA,NB)根据源和应用相关模式。
    • 2. 发明授权
    • Method for decoding biphase signals
    • 双相信号解码方法
    • US07095807B2
    • 2006-08-22
    • US10178774
    • 2002-06-24
    • Carsten NoeskeMatthias VierthalerThomas Hilpert
    • Carsten NoeskeMatthias VierthalerThomas Hilpert
    • H03D3/22H04L27/22
    • H04L25/4904H04H40/18H04H2201/13
    • A technique of decoding erroneous biphase signals is disclosed comprising the following steps. First, phase and magnitude sample values (ps, bs) are formed, from which a first digital signal (d1) is derived. From this, associated bit combinations (St1, St2; Stp) are determined, and a decision is made as to whether the respective bit combination (St1, St2; Stp) is a valid combination (Sg1, Sg2; Sgp) or an erroneous one (Sf1, Sf2; Sfp). Probability values (Sw1, Sw2; Swp) are determined that decide which parts of the erroneous bit combination (Sf1, Sf2; Sfp) are probably true and/or which are probably false. Next, a corrected bit combination (Sk1, Sk2; Skp) is formed from the existing information. Finally, a second digital signal (d2) is generated as an output signal, whose data states are formed either from the valid bit combination (Sg1, Sg2; Sgp) or from the corrected bit combination (Sk1, Sk2; Skp).
    • 公开了一种解码错误双相信号的技术,包括以下步骤。 首先,形成相位和幅度采样值(ps,bs),从中得到第一数字信号(d 1)。 由此,确定相关联的组合(St 1,St 2; Stp),并且确定各个位组合(St 1,St 2; Stp)是否是有效组合(Sg 1,Sg 2; Sgp)或错误的(Sf 1,Sf 2; Sfp)。 确定概率值(Sw 1,Sw 2; Swp),其确定错误位组合(Sf 1,Sf 2; Sfp)的哪些部分可能是真的和/或哪些可能是假的。 接下来,根据现有信息形成校正的位组合(Sk 1,Sk 2; Skp)。 最后,生成第二数字信号(d 2)作为输出信号,其数据状态由有效位组合(Sg 1,Sg 2; Sgp)或从校正位组合(Sk 1,Sk 2; Skp)。
    • 5. 发明申请
    • Apparatus and method and decoding biphase signals
    • 装置和方法和解码双相信号
    • US20060215791A1
    • 2006-09-28
    • US11441943
    • 2006-05-26
    • Carsten NoeskeMatthias VierthalerThomas Hilpert
    • Carsten NoeskeMatthias VierthalerThomas Hilpert
    • H04L27/22
    • H04L25/491H04L25/06
    • A technique of decoding a biphase signal comprises sampling the biphase signal to obtain phase sample values and sampling the biphase signal to obtain magnitude sample values. A first digital signal is derived from the phase sample values and associated bit combinations are formed from the first digital signal. A decision is made whether the bit combination is an erroneous bit combination, and a probability check is performed to obtain probability values that decide which parts of the erroneous bit combination are true and which are false. A corrected bit combination is generated from the obtained probability values, and a second digital signal is generated whose data states are formed from the valid bit combination and, in the presence of an erroneous bit combination, from the corrected bit combination.
    • 解码双相信号的技术包括对双相信号进行采样以获得相位采样值并对双相信号进行采样以获得幅度采样值。 从相位采样值导出第一数字信号,并且从第一数字信号形成关联位组合。 确定比特组合是否是错误比特组合,并且执行概率检查以获得决定错误比特组合的哪些部分为真并且是假的概率值。 从所获得的概率值产生校正的比特组合,并且生成其数据状态由有效比特组合形成并且在存在错误比特组合的情况下来自校正比特组合的第二数字信号。
    • 8. 发明授权
    • Sound channel circuit for digital television receivers
    • 数字电视接收机的声道电路
    • US5202766A
    • 1993-04-13
    • US455348
    • 1989-09-11
    • Sonke MehrgardtHeinrich PfeiferThomas Hilpert
    • Sonke MehrgardtHeinrich PfeiferThomas Hilpert
    • H04N5/60
    • H04N5/605
    • A circuit capable of handling all television sound transmission standards, including the "NICAM" standard. The circuit contains an analog antialiasing low-pass filter which is fed by the analog sound and video signal and followed by an analog-to-digital converter. The output of the latter is freed from the video signal by a filter circuit. The digital sound signal is applied to a phase splitter having a 0.degree. output and a 90.degree. output which are connected to a phase discriminator. An absolute-value output of the phase discriminator provides the amplitude-demodulated sound signal, while a phase-angle output feeds the DQPSK portion of a "NICAM" decoder and a differentiating stage, which delivers the frequency-modulated sound signal.
    • PCT No.PCT / EP87 / 00682 Sec。 371日期1989年9月11日 102(e)1989年9月11日PCT PCT公布1987年11月6日PCT公布。 第WO89 / 04576号公报 日期1989年5月18日。一种能够处理所有电视声音传输标准的电路,包括“NICAM”标准。 该电路包含模拟抗混叠低通滤波器,由模拟声音和视频信号馈送,后跟模数转换器。 后者的输出通过滤波电路从视频信号中解除。 数字声音信号被施加到具有0°输出和90°输出的分相器,其连接到相位鉴别器。 相位鉴别器的绝对值输出提供幅度解调的声音信号,而相位角输出馈送“NICAM”解码器的DQPSK部分和提供频率调制声音信号的微分级。