Patent ID: 11894918
Assignee: ZTE CORPORATION
Field: Telecommunications (Electrical engineering)
Classification: CPC H | IPC H

Claim 4:
5. The method of claim 2, wherein carrying the part of the encoded configuration information of the predetermined container into the G3 first encoding blocks in the payload area of the optical transport network frame comprises:
determining positions of the G3 first encoding blocks in the payload area of the optical transport network frame; and
carrying the part of the encoded configuration information of the predetermined container into the G3 first encoding blocks corresponding to the determined positions; and
carrying the predetermined container and the other part of the encoded configuration information of the predetermined container into the G4 first encoding blocks in the payload area of the optical transport network frame comprises:
determining positions of the G4 first encoding blocks in the payload area of the optical transport network frame; and
carrying the predetermined container and the other part of the encoded configuration information of the predetermined container into the G4 first encoding blocks corresponding to the determined positions,
wherein, before determining positions of first encoding blocks occupied by all predetermined containers in the payload area of the optical transport network frame, the positions of the first encoding blocks occupied by the part of the encoded configuration information of the predetermined container in the payload area of the optical transport network frame are determined;
wherein determining the positions of the G3 first encoding blocks in the payload area of the optical transport network frame comprises:
determining the positions of the G3 first encoding blocks in the payload area of the optical transport network frame according to a sigma-delta algorithm; or
determining the positions of the G3 first encoding blocks in the payload area of the optical transport network frame to be first G3 first encoding blocks in the payload area of the optical transport network frame; or
determining the positions of the G3 first encoding blocks in the payload area of the optical transport network frame to be last G3 first encoding blocks in the payload area of the optical transport network frame.