Documentation

This is machine translation

Translated by Microsoft
Mouseover text to see original. Click the button below to return to the English verison of the page.

Note: This page has been translated by MathWorks. Please click here
To view all translated materals including this page, select Japan from the country navigator on the bottom of this page.

Physical Channels

PSBCH, PSSCH, and PSCCH

Physical sidelink channels correspond to sets of time-frequency resources used for transmission of particular transport channel content, or control information. Physical channel processing includes modulation, coding, symbol generation, resource element indexing, and precoding.

Functions

ltePSBCHPhysical sidelink broadcast channel
ltePSBCHIndicesPSBCH resource element indices
ltePSBCHDRSPSBCH demodulation reference signal
ltePSBCHDRSIndicesPSBCH DM-RS resource element indices
ltePSBCHPRBSPSBCH pseudorandom binary scrambling sequence
ltePSBCHDecodePSBCH decoding
lteSLChannelEstimatePSBCHPSBCH sidelink channel estimation
lteSLFrameOffsetPSBCHPSBCH DM-RS sidelink subframe timing estimate
ltePSSCHPhysical sidelink shared channel
ltePSSCHIndicesPSSCH resource element indices
ltePSSCHDRSPSSCH demodulation reference signal
ltePSSCHDRSIndicesPSSCH DM-RS resource element indices
ltePSSCHPRBSPSSCH pseudorandom binary scrambling sequence
ltePSSCHDecodePSSCH decoding
lteSLChannelEstimatePSSCHPSSCH sidelink channel estimation
lteSLFrameOffsetPSSCHPSSCH DM-RS sidelink subframe timing estimate
ltePSCCHPhysical sidelink control channel
ltePSCCHIndicesPSCCH resource element indices
ltePSCCHDRSPSCCH demodulation reference signal
ltePSCCHDRSIndicesPSCCH DM-RS resource element indices
ltePSCCHPRBSPSCCH pseudorandom binary scrambling sequence
ltePSCCHDecodePSCCH decoding
lteSLChannelEstimatePSCCHPSCCH sidelink channel estimation
lteSLFrameOffsetPSCCHPSCCH DM-RS sidelink subframe timing estimate
Was this topic helpful?