Data processing method, configuration method and communication equipment
A technology for data processing and communication equipment, applied in digital transmission systems, adjusting channel coding, and devices dedicated to transmitters, etc. The effect of ensuring reliability and improving spectrum utilization
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Example Embodiment
[0391] Example one
[0392] Such as Figure 7 As shown, the NWC layer is added between the PDCP and the RLC layer in the protocol stack.
[0393] a) Configuration of network coding parameters Configure each logical channel, LCH, and the configuration of network coding parameters is a one-to-one relationship.
[0394] Network encoding configuration contains the following parameters:
[0395] A protocol definition or network (pre-) configure the number of copies of the original data equal part division;
[0396] Agreement definition or network (pre-) configuration encoding number n;
[0397] Agreement definition or network (pre-) configuring "encoded matrix parameters", the relevant parameters of the freedom D, generate D distribution according to the relevant parameters;
[0398] Protocol definition or network (pre-) configure pseudo-random code seed (both ends of the transceiver), used to generate the original data sub-block number corresponding to the coding sub-block;
[0399] b)...
Example Embodiment
[0406] Example 2
[0407] Such as Figure 9 As shown, the NWC layer is an expansion sublayer (SUBLAYER) in the existing protocol stack.
[0408] The configuration of the network coding parameter is configured for each LCH, and the configuration of the network coding parameter is multi-to-one relationship with the LCH.
[0409] a) Network encoding configuration contains parameters:
[0410] Protocol definition L (L> = 1) Value of raw data equal part of the original data: K 1 K 2 , ..., k L ;
[0411] Agreement definition and K 1 K 2 , ..., k L Corresponding encoding number n 1 N 2 , ..., n L ;
[0412] Agreement definition and K 1 K 2 , ..., k L Corresponding freedom D l Related parameters, locally based on related parameters l Distribution.
[0413] b) Determine network encoding configuration
[0414] Determine the first K value in the L parameters defined by the PDCP SDU, ie k l ;
[0415] After determining the L, you can achieve the corresponding K according to the value of L. l ...
Example Embodiment
[0424] Example 3.
[0425] Such as Figure 11 As shown, the NWC layer is an extended sublayer (SUBLAYER) of the RLC in the existing IAB protocol stack.
[0426] a) Configuration of network coding parameters is configured for each LCH (Logical Channel), and the configuration of network coding parameters is multi-to-one relationship with the LCH.
[0427] The configuration of the network encoding contains parameters:
[0428] Protocol definition L (L> = 1) Value of raw data equal part of the original data: K 1 K 2 , ..., k L ;
[0429] Agreement definition and K 1 K 2 , ..., k L Corresponding encoding number n 1 N 2 , ..., n L ;
[0430] Agreement definition and K 1 K 2 , ..., k L Corresponding freedom D l Related parameters, locally based on related parameters l Distribution.
[0431] b) Determine network encoding configuration
[0432] Determine the first K value in the L parameters defined by the PDCP SDU, ie k l ;
[0433] After determining the L, you can achieve the correspondin...
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