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    • 7. 发明申请
    • Terrestrial Transmitting Station for Transmitting a Terrestrial Broadcast Signal, Satellite-Aided Broadcast System and Receiver for a Satellite-Aided Broadcast System
    • 用于传输地面广播信号的地面发射台,用于卫星辅助广播系统的卫星辅助广播系统和接收机
    • US20080200114A1
    • 2008-08-21
    • US11917588
    • 2006-06-14
    • Ernst EberleinAlbert HeubergerMarco BreilingStefan Lipp
    • Ernst EberleinAlbert HeubergerMarco BreilingStefan Lipp
    • H04H20/74
    • H04H20/06H04H20/28H04H20/42H04H40/90
    • A terrestrial transmitting station for sending out a terrestrial broadcast signal includes a first receiver for receiving a signal to obtain a satellite receive signal, a second receiver for receiving a local signal to obtain a local receive signal and a signal combiner for combining the first receive signal with the local receive signal to form a combination signal. The signal combiner is implemented to generate the combination signal so that the combination signal is formed according to a hierarchical modulation, wherein the first receive signal is contained in a base layer of the hierarchical modulation and wherein the local receive signal is contained in an overlay layer of the hierarchical modulation. A terrestrial transmitting station further includes a transmitter for sending out the combination signal. A broadcast system includes a first transmitter and at least one terrestrial transmitting station. The information emitted from the satellite-based broadcast system may be received using an associated receiver. An inventive broadcast system allows adding a local information to a supraregionally emitted transmit signal in a frequency-efficient way.
    • 用于发送地面广播信号的地面发射站包括用于接收信号以获得卫星接收信号的第一接收机,用于接收本地信号以获得本地接收信号的第二接收机和用于组合第一接收信号的信号组合器 与本地接收信号形成组合信号。 信号组合器被实现以产生组合信号,使得根据分级调制形成组合信号,其中第一接收信号被包含在分层调制的基层中,并且其中本地接收信号包含在覆盖层 的分层调制。 地面发射站还包括用于发出组合信号的发射机。 广播系统包括第一发射机和至少一个地面发射台。 从基于卫星的广播系统发射的信息可以使用关联的接收机来接收。 本发明的广播系统允许以频率有效的方式将本地信息添加到超分辨发射的发射信号。
    • 9. 发明授权
    • Terrestrial transmitting station for transmitting a terrestrial broadcast signal, satellite-aided broadcast system and receiver for a satellite-aided broadcast system
    • 用于发射地面广播信号的地面发射站,用于卫星辅助广播系统的卫星辅助广播系统和接收机
    • US08369774B2
    • 2013-02-05
    • US11917588
    • 2006-06-14
    • Ernst EberleinAlbert HeubergerMarco BreilingStefan Lipp
    • Ernst EberleinAlbert HeubergerMarco BreilingStefan Lipp
    • H04B7/185
    • H04H20/06H04H20/28H04H20/42H04H40/90
    • A terrestrial transmitting station for sending out a terrestrial broadcast signal includes a first receiver for receiving a signal to obtain a satellite receive signal, a second receiver for receiving a local signal to obtain a local receive signal and a signal combiner for combining the first receive signal with the local receive signal to form a combination signal. The signal combiner is implemented to generate the combination signal so that the combination signal is formed according to a hierarchical modulation, wherein the first receive signal is contained in a base layer of the hierarchical modulation and wherein the local receive signal is contained in an overlay layer of the hierarchical modulation. A terrestrial transmitting station further includes a transmitter for sending out the combination signal. A broadcast system includes a first transmitter and at least one terrestrial transmitting station. The information emitted from the satellite-based broadcast system may be received using an associated receiver. An inventive broadcast system allows adding a local information to a supraregionally emitted transmit signal in a frequency-efficient way.
    • 用于发送地面广播信号的地面发射站包括用于接收信号以获得卫星接收信号的第一接收机,用于接收本地信号以获得本地接收信号的第二接收机和用于组合第一接收信号的信号组合器 与本地接收信号形成组合信号。 信号组合器被实现以产生组合信号,使得根据分级调制形成组合信号,其中第一接收信号被包含在分层调制的基层中,并且其中本地接收信号包含在覆盖层 的分层调制。 地面发射站还包括用于发出组合信号的发射机。 广播系统包括第一发射机和至少一个地面发射台。 从基于卫星的广播系统发射的信息可以使用关联的接收机来接收。 本发明的广播系统允许以频率有效的方式将本地信息添加到超分辨发射的发射信号。
    • 10. 发明申请
    • Transmitting device and receiving device
    • 发射装置和接收装置
    • US20050111347A1
    • 2005-05-26
    • US10985566
    • 2004-11-10
    • Marco BreilingJohannes HuberAlexander LampeErnst Eberlein
    • Marco BreilingJohannes HuberAlexander LampeErnst Eberlein
    • H03M13/27H03M13/45H04J99/00H04L1/00H04L1/02H04L1/06H04L12/56H04L25/02H04L25/03
    • H04B7/0669H04L1/0048H04L1/0054H04L1/0071H04L1/02H04L1/0618H04L1/0625H04L1/0631H04L1/065H04L25/0204H04L25/0242H04L2025/03605
    • In a transmitting/receiving concept a redundancy-adding encoder with a code rate larger or equal 0.5 is used in order to obtain two data streams for two different transmitters which are arranged at spatially different positions. Both transmitters transmit in the same frequency band. In the receiver, the receiving signal is sampled by a first sampler synchronous to the first transmitter and is output by a second sampler synchronous to the second transmitter in order to obtain a first and a second receiving signal which are fed to a trellis decoder in order to obtain a decoded first and second receiving subgroup of code units which are again fed to a calculating means in order to calculate the interference signals which are then combined with the corresponding receiving signals for an interference reduction. The iterative concept enables an interference reduction for receiving signal generated by two spatially separated transmitters which are transmitting in the same frequency band, however. The receiver concept shows a quick convergence and thus enables the two transmitters to transmit in the same frequency band, which results in a reduction of the required bandwidth by half compared to a corresponding transmitter concept in which the first and the second transmitters transmit at different frequencies.
    • 在发送/接收概念中,使用码率大于或等于0.5的冗余加法编码器,以便获得布置在空间上不同位置的两个不同发射机的两个数据流。 两个发射机在相同的频带中发射。 在接收机中,接收信号由与第一发射机同步的第一采样器采样,并由与第二发射机同步的第二采样器输出,以获得第一和第二接收信号,以顺序馈送到网格解码器 以获得再次馈送到计算装置的解码的第一和第二接收码单元组,以便计算干扰信号,然后将其与相应的接收信号组合以进行干扰减少。 然而,迭代概念使得能够在由相同频带发射的两个空间分离的发射机产生的接收信号的干扰减少。 接收机概念表现出快速收敛,从而使得两个发射机能够在相同的频带中进行发射,这导致与其中第一和第二发射机以不同频率发射的相应发射机概念相比,所需带宽减少了一半 。