Transport Block Control Multiplexing for Faster LTE PDU Processing

The patent combines control information from multiple serving cells into a single PDCCH resource. The network device multiplexes downlink control information for multiple serving cells onto one PDCCH, allowing multiple cells to share control channel resources rather than each cell requiring separate dedicated resources. This merging approach reduces overall control channel resource consumption while maintaining the ability to convey control information for multiple cells simultaneously.

The patent enables a single PDCCH resource to serve multiple functions by carrying control information for multiple serving cells. The PDCCH is designed to be universal in its capability,能够 convey control information not just for one cell but for multiple cells concurrently. This multi-functionality allows the same control channel infrastructure to support an expanding number of serving cells without proportional increases in resource consumption.

The patent segments control information by introducing a cell indicator field that divides and identifies control information belonging to different serving cells within a single PDCCH. This segmentation allows the receiver to distinguish and process control information for each cell separately, even though they are transmitted together. The cell indicator acts as a delimiter or tag that organizes the multiplexed control information into manageable segments corresponding to individual cells.

The patent introduces a cell indicator as an intermediary element that facilitates the multiplexing process. This indicator serves as a mediator between the control information of different cells and the single PDCCH resource, enabling the receiver to correctly associate control information with the appropriate serving cell. The cell indicator mediates the relationship between multiple cells and the shared control channel, resolving the complexity of managing multiplexed control information.