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

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Physical Sidelink Broadcast Channel

`ltePSBCH`	Physical sidelink broadcast channel
`ltePSBCHIndices`	PSBCH resource element indices
`ltePSBCHDRS`	PSBCH demodulation reference signal
`ltePSBCHDRSIndices`	PSBCH DM-RS resource element indices
`ltePSBCHPRBS`	PSBCH pseudorandom binary scrambling sequence
`ltePSBCHDecode`	PSBCH decoding
`lteSLChannelEstimatePSBCH`	PSBCH sidelink channel estimation
`lteSLFrameOffsetPSBCH`	PSBCH DM-RS sidelink subframe timing estimate

Physical Sidelink Shared Channel

`ltePSSCH`	Physical sidelink shared channel
`ltePSSCHIndices`	PSSCH resource element indices
`ltePSSCHDRS`	PSSCH demodulation reference signal
`ltePSSCHDRSIndices`	PSSCH DM-RS resource element indices
`ltePSSCHPRBS`	PSSCH pseudorandom binary scrambling sequence
`ltePSSCHDecode`	PSSCH decoding
`lteSLChannelEstimatePSSCH`	PSSCH sidelink channel estimation
`lteSLFrameOffsetPSSCH`	PSSCH DM-RS sidelink subframe timing estimate

Physical Sidelink Control Channel

`ltePSCCH`	Physical sidelink control channel
`ltePSCCHIndices`	PSCCH resource element indices
`ltePSCCHDRS`	PSCCH demodulation reference signal
`ltePSCCHDRSIndices`	PSCCH DM-RS resource element indices
`ltePSCCHPRBS`	PSCCH pseudorandom binary scrambling sequence
`ltePSCCHDecode`	PSCCH decoding
`lteSLChannelEstimatePSCCH`	PSCCH sidelink channel estimation
`lteSLFrameOffsetPSCCH`	PSCCH DM-RS sidelink subframe timing estimate

LTE Toolbox Documentation

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