Demodulation reference signal resource unit number determination method, terminal and network device
A demodulation reference signal and determination method technology, which is applied to the determination method of the number of demodulation reference signal resource units, terminals and network equipment, can solve the problems that the same cannot be obtained through calculation, and the cost is different.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
example 1
[0206] Assuming that the agreement stipulates the value of the number of DMRS REs D on the pre-DMRS symbols in a PRB corresponding to the number of DMRS persistent symbols used for TBS calculation, it can be shown in the following table.
[0207] DMRS continuous symbol
The value of D
1 symbol
12
2 symbols
24
[0208] Alternatively, the protocol stipulates that D is equal to the number of DMRS persistent symbols × the number of subcarriers included in one PRB, which is not limited here.
[0209] The UE can obtain the number of DMRS persistent symbols configured by the network side through RRC signaling. If the number of DMRS persistent symbols is 1, then D is equal to 12; if the number of DMRS persistent symbols is 2, then D is equal to 24.
[0210] The number of DMRS REs Xd=D×(N+1) for each PRB during data channel scheduling in a time slot used for TBS calculation. Wherein, N is the number of additional DMRSs. N is equal to the number of...
example 2
[0219] Assuming that the agreement stipulates that the number of DMRS persistent symbols is 2, the value set of the number D of DMRS REs on the pre-DMRS symbols in a PRB corresponding to TBS calculation is D=12 or 24.
[0220] The UE obtains the number of DMRS persistent symbols configured by the network side. If the number of DMRS persistent symbols is 1, D is equal to 12; if the number of DMRS persistent symbols is 2, the DCI indicates D=12 or 24.
[0221] The number of DMRS REs Xd=D×(N+1) for each PRB during data channel scheduling in a time slot used for TBS calculation. Wherein, N is the number of additional DMRSs. N is equal to the number of additional DMRSs configured by the network side through high-level signaling, or N is equal to the number of additional DMRSs included in the duration of the data channel.
[0222] If N is equal to the number of additional DMRSs configured by the network side through high-level signaling, then N is fixed as the number of additional DM...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


