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    • 3. 发明公开
    • Synchronisation of data communication
    • Synchronisierung von Datenkommunikation
    • EP1460794A3
    • 2006-01-04
    • EP04251456.2
    • 2004-03-12
    • SONY UNITED KINGDOM LIMITED
    • Page, Michael
    • H04L7/00G10H1/00H04R27/00H04L12/18
    • H04L7/0008H04J3/00
    • A data communications system for communicating a data signal formed of successive data elements, the system comprising a transmission node; a reception node; and a link providing a data connection from the transmission node to the reception node; in which:

      the transmission node comprises means for transmitting a synchronisation clocking signal to the reception node via the link, the synchronisation clocking signal having synchronising features occurring at a frequency lower than a data element rate; means for assembling elements of the data signal into data frames, each data frame having a plurality of successive data elements of the data signal, for transmission to the reception node via the link, the assembling means being responsive to the synchronisation clocking signal so as to set a synchronisation flag associated with a data element having a first predetermined temporal relationship with a synchronising feature of the synchronisation clocking signal; and the reception node comprises: means for detecting a synchronising feature of the synchronisation clocking signal received from the transmission node; means for disassembling received data frames to regenerate the data signal, the disassembling means being operable to detect a data element associated with a set synchronisation flag; means for outputting a data element associated with a set synchronisation flag at a second predetermined temporal relationship with respect to the synchronising feature of the received synchronisation clocking signal; the first and second predetermined temporal relationships being arranged so that a predetermined system latency exists between input of a data element to the transmission node and subsequent output of that data element by the reception node.
    • 一种用于传送由连续数据元素形成的数据信号的数据通信系统,所述系统包括传输节点; 接收节点; 以及提供从所述传输节点到所述接收节点的数据连接的链路; 其中:发送节点包括用于经由链路向接收节点发送同步时钟信号的装置,所述同步时钟信号具有以比数据元素速率低的频率出现的同步特征; 用于将数据信号的元件组合成数据帧的装置,每个数据帧具有数据信号的多个连续数据元素,用于经由链路传输到接收节点,组合装置响应于同步时钟信号,以便 设置与具有数据元素相关联的同步标志
    • 5. 发明公开
    • Synchronisation of data communication
    • 同步数据通信
    • EP1460794A2
    • 2004-09-22
    • EP04251456.2
    • 2004-03-12
    • SONY UNITED KINGDOM LIMITED
    • Page, Michael
    • H04L7/00G10H1/00H04R27/00H04L12/18
    • H04L7/0008H04J3/00
    • A data communications system for communicating a data signal formed of successive data elements, the system comprising a transmission node; a reception node; and a link providing a data connection from the transmission node to the reception node; in which:

      the transmission node comprises means for transmitting a synchronisation clocking signal to the reception node via the link, the synchronisation clocking signal having synchronising features occurring at a frequency lower than a data element rate; means for assembling elements of the data signal into data frames, each data frame having a plurality of successive data elements of the data signal, for transmission to the reception node via the link, the assembling means being responsive to the synchronisation clocking signal so as to set a synchronisation flag associated with a data element having a first predetermined temporal relationship with a synchronising feature of the synchronisation clocking signal; and the reception node comprises: means for detecting a synchronising feature of the synchronisation clocking signal received from the transmission node; means for disassembling received data frames to regenerate the data signal, the disassembling means being operable to detect a data element associated with a set synchronisation flag; means for outputting a data element associated with a set synchronisation flag at a second predetermined temporal relationship with respect to the synchronising feature of the received synchronisation clocking signal; the first and second predetermined temporal relationships being arranged so that a predetermined system latency exists between input of a data element to the transmission node and subsequent output of that data element by the reception node.
    • 6. 发明公开
    • Digital transmission of audio signals
    • DigitaleÜbertragungvon Audiosignalen
    • EP1523132A2
    • 2005-04-13
    • EP04255215.8
    • 2004-08-27
    • SONY UNITED KINGDOM LIMITED
    • Page, Michael
    • H04L12/413H04R27/00H04J3/06H04L7/00
    • G10H1/0058G10H2240/295G10H2240/301H04J3/0632H04L1/0061H04L1/0071H04L5/16H04L7/0008
    • A data communication system for communicating one or more payload streamed data signals and an auxiliary data signal, the auxiliary data signal being organised as one or more data packets according to a data packet protocol, each packet having a packet destination address, comprises:

      at least two data handling nodes, a transmitting one of the data handling nodes being arranged to transmit data to a receiving one of the data handling nodes;
      means associated with the transmitting node for formatting the packets of the auxiliary data signal into a streamed data signal format and for multiplexing the payload streamed data signals and the formatted auxiliary data signal into a bitstream for transmission;
      means associated with the receiving node for demultiplexing the input streamed data signals and the formatted auxiliary data signal and for reformatting the auxiliary data signal into packets according to the data packet protocol.
    • 一种用于传送一个或多个有效载荷流数据信号和辅助数据信号的数据通信系统,所述辅助数据信号根据数据分组协议被组织为一个或多个数据分组,每个分组具有分组目的地地址,包括:至少 两个数据处理节点,所述数据处理节点中的一个发送数据处理节点被布置为向接收到的数据处理节点之一发送数据; 与发送节点相关联的装置,用于将辅助数据信号的分组格式化为流式数据信号格式,并将有效载荷流数据信号和格式化的辅助数据信号多路复用为用于传输的比特流; 与接收节点相关联的装置,用于解复用输入流数据信号和格式化的辅助数据信号,并根据数据分组协议将辅助数据信号重新格式化成分组。