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    • 2. 发明授权
    • Efficient decoding
    • 高效解码
    • US08234550B2
    • 2012-07-31
    • US12613627
    • 2009-11-06
    • Dariush DabiriNitin Barot
    • Dariush DabiriNitin Barot
    • H03M13/00H03M13/03
    • H03M13/1137H03M13/1111H03M13/114H03M13/616
    • A decoder includes circuitry for generating bits representing received signals, and beliefs representing an associated reliability of each bit. A bit node computation block receives the bits and associated beliefs, and generates a plurality of bit node messages. A plurality of M serially-connected pipeline stages receive the bit node messages and after M decoding cycles, and generate a plurality of check node messages once per decoding cycle, wherein for each iteration cycle, each of the M serially-connected pipeline stages performs check node computations using all of J component codes, wherein each one of the M serially-connected pipeline stages performs check node computations once per decoding cycle using a single component code that is different that component codes used for all other of the M serially-connected pipeline stages, wherein J is at least as great as M, and wherein each iteration includes M decoding cycles.
    • 解码器包括用于产生表示接收信号的比特的电路,以及表示每个比特的相关可靠性的信念。 比特节点计算块接收比特和相关联的信念,并且生成多个比特节点消息。 多个M个串行连接的流水线级接收比特节点消息,并且在M个解码周期之后,并且每解码周期生成多个校验节点消息,其中对于每个迭代周期,每个M个串行连接的流水线级执行检查 使用所有J个分量代码的节点计算,其中M个串行连接的流水线级中的每一个使用不同于用于所有其他M个串行连接的流水线的分量代码来执行每个解码周期一次的校验节点计算 其中J至少与M一样大,并且其中每个迭代包括M个解码周期。
    • 7. 发明授权
    • Reducing transmit signal components of a receive signal of a transceiver
    • 减少收发器的接收信号的发送信号分量
    • US08295214B2
    • 2012-10-23
    • US12765097
    • 2010-04-22
    • Gaurav ChandraMoshe MalkinDariush Dabiri
    • Gaurav ChandraMoshe MalkinDariush Dabiri
    • H04B3/20
    • H04B3/23H04L5/1461H04M9/082
    • Embodiments of a method and apparatus of reducing transmit signal components of a receive signal of a transceiver are disclosed. One method includes generating a transmit signal by passing a pre-driver transmit signal through a transmit driver. An echo cancellation signal is generated by passing the pre-driver transmit signal through an echo cancellation driver. A residual echo signal is generated by passing a pre-driver residual echo cancellation signal through a residual echo cancellation driver. The transceiver simultaneously transmits the transmit signal, and receiving the receive signal. At least a portion of an echo signal of the receive signal is canceled by summing the echo cancellation signal with the receive signal. At least another portion of the cancellation echo signal of the receive signal is canceled by summing the residual echo cancellation signal with the receive signal.
    • 公开了一种降低收发器的接收信号的发射信号分量的方法和装置的实施例。 一种方法包括通过将预驱动器发送信号通过发送驱动器来产生发送信号。 通过将预驱动器发送信号通过回波消除驱动器来产生回波消除信号。 通过将预驱动器残留回声消除信号通过残余回声消除驱动器来产生残留回波信号。 收发器同时发送发送信号,并接收接收信号。 通过将回波消除信号与接收信号相加来消除接收信号的回波信号的至少一部分。 接收信号的消除回波信号的至少另一部分通过将残差回波消除信号与接收信号相加来消除。
    • 8. 发明申请
    • Efficient Decoding
    • 高效解码
    • US20100058143A1
    • 2010-03-04
    • US12613627
    • 2009-11-06
    • Dariush DabiriNitin Barot
    • Dariush DabiriNitin Barot
    • H03M13/05G06F11/10
    • H03M13/1137H03M13/1111H03M13/114H03M13/616
    • Embodiments of a method and apparatus for decoding signals are disclosed. An embodiment of a decoder includes means for generating bits representing received signals, and beliefs representing an associated reliability of each bit. A bit node computation block receives the bits and associated beliefs, and generates a plurality of bit node messages. A plurality of M serially-connected pipeline stages receive the bit node messages and after M decoding cycles, and generate a plurality of check node messages once per decoding cycle, wherein for each iteration cycle, each of the M serially-connected pipeline stages performs check node computations using all of J component codes, wherein each one of the M serially-connected pipeline stages performs check node computations once per decoding cycle using a single component code that is different that component codes used for all other of the M serially-connected pipeline stages, wherein J is at least as great as M, and wherein each iteration includes M decoding cycles.
    • 公开了用于解码信号的方法和装置的实施例。 解码器的实施例包括用于产生表示接收信号的比特的装置,以及表示每个比特的相关可靠性的信念。 比特节点计算块接收比特和相关联的信念,并且生成多个比特节点消息。 多个M个串行连接的流水线级接收比特节点消息,并且在M个解码周期之后,并且每解码周期生成多个校验节点消息,其中对于每个迭代周期,每个M个串行连接的流水线级执行检查 使用所有J个分量代码的节点计算,其中M个串行连接的流水线级中的每一个使用不同于用于所有其他M个串行连接的流水线的分量代码来执行每个解码周期一次的校验节点计算 其中J至少与M一样大,并且其中每个迭代包括M个解码周期。