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    • 61. 发明申请
    • Data Communications Methods and Apparatus
    • 数据通信方法与装置
    • US20080104485A1
    • 2008-05-01
    • US11814094
    • 2005-01-19
    • Mikhail Yurievich LyakhKonstantin Vladimirovich ZakharchenkoOleg Borisovich Semenov
    • Mikhail Yurievich LyakhKonstantin Vladimirovich ZakharchenkoOleg Borisovich Semenov
    • H03M13/00
    • H04L1/0057H04L1/0072H04L1/08H04L1/1628H04L1/1809H04L1/1812
    • In an embodiment, a source device encodes source information corresponding to a frame, assembles an initial data frame that includes the encoded data blocks, and transmits the initial data frame to a destination device. The destination device decodes the encoded data blocks and assembles a restored version of the initial data frame. The destination device identifies corrupted data blocks and uncorrupted data blocks within the restored version, stores the uncorrupted data blocks, generates a message that identifies the corrupted data blocks, and transmits the message to the source device. In response, the source device encodes source information corresponding to the corrupted data blocks identified in the message, assembles a responsive data frame, and transmits the responsive data frame to the destination device. The destination device produces a corrected data frame from the retransmitted data blocks and the previously-stored uncorrupted data blocks.
    • 在一个实施例中,源设备对与帧相对应的源信息进行编码,组装包括编码数据块的初始数据帧,并将初始数据帧发送到目的地设备。 目标设备对编码的数据块进行解码,并组装恢复版本的初始数据帧。 目的地设备识别已恢复版本中的损坏的数据块和未损坏的数据块,存储未损坏的数据块,生成识别损坏的数据块的消息,并将该消息发送到源设备。 作为响应,源设备对与消息中标识的损坏数据块相对应的源信息进行编码,组合响应数据帧,并将响应数据帧发送到目的设备。 目的地设备从重传的数据块和先前存储的未损坏的数据块产生校正的数据帧。
    • 62. 发明申请
    • Partially delayed acknowledgment mechanism for reducing decoding delay in WiHD
    • 部分延迟确认机制,用于减少WiHD中的解码延迟
    • US20080002650A1
    • 2008-01-03
    • US11724856
    • 2007-03-16
    • Pengfei XiaHuaning NiuChiu Ngo
    • Pengfei XiaHuaning NiuChiu Ngo
    • H04L12/66
    • H04L12/66H04L1/0065H04L1/0071H04L1/1628H04L47/10H04L47/14H04L47/323H04L65/604H04W28/06
    • A method for communicating uncompressed HD information includes a transmitter configured to send over wireless channels data-packets and a receiver configured to receive the data-packets from the transmitter. The wireless receiver includes decoders configured to decode the data-packets and an ACK-processor configured to aggregate and send acknowledge signals having an ACK signal for at least one subpacket from the previous packet and ACK signals for all but the at least one subpacket from the current packet. The transmitter may resend a subpacket of the data-packets corresponding to ACK signals in the second status received from the receiver. The new partially delayed ACK mechanism can substantially improve the system throughput for systems with parallel multiple decoders.
    • 用于传送未压缩HD信息的方法包括被配置为通过无线信道发送数据分组的发射机和被配置为从发射机接收数据分组的接收机。 无线接收器包括被配置为对数据分组进行解码的解码器和被配置为聚合并发送具有来自先前分组的至少一个子分组的ACK信号的确认信号的ACK解码器以及来自所述至少一个子分组的除了所述至少一个子分组之外的所有ACK信号 当前数据包。 发射机可以重新发送对应于从接收机接收的第二状态中的ACK信号的数据分组的子分组。 新的部分延迟ACK机制可以显着提高具有并行多个解码器的系统的系统吞吐量。