Control Information
UCI, CQI, and RI coding; PMI information and selection; RI and CQI selection;
codebook for CSI reporting
Control channels convey cell-wide information and indicators to terminals.
Functions
lteUCIDecode | PUCCH format 2, 2a, and 2b transmission UCI decoding |
lteUCIEncode | PUCCH format 2, 2a, and 2b transmission UCI encoding |
lteUCI3Decode | PUCCH format 3 transmission UCI decoding |
lteUCI3Encode | PUCCH format 3 transmission UCI encoding |
lteCQIDecode | Channel quality information channel decoding |
lteCQIEncode | Channel quality information channel encoding |
lteCQISelect | PDSCH channel quality indication calculation |
lteRIDecode | Rank indication channel decoding |
lteRIEncode | Rank indication channel encoding |
lteRISelect | PDSCH rank indication calculation |
lteACKDecode | HARQ-ACK channel decoding |
lteACKEncode | HARQ-ACK channel encoding |
ltePMIInfo | Precoder matrix indication reporting information |
ltePMISelect | PDSCH precoder matrix indicator calculation |
lteCSICodebook | Codebook for channel state information reporting |
Topics
- Uplink Control Channel Format 1
Describes the processing of the control information and the demodulation reference signal used to create the format 1 physical uplink control channel.
- Uplink Control Channel Format 2
Describes processing of the control information and the demodulation reference signal used to create the format 2 physical uplink control channel.
- UCI Processing Functions
Block diagram view of the uplink control information (UCI) processing and associated functions in the LTE Toolbox™.
- Model PUCCH Format 2
This example shows how to model the control region used in an LTE uplink subframe and its channel structure.