You can generate efficient C/C++ code for all WLAN Toolbox™ functions and System objects by using the MATLAB® Coder™ product (requires a license).
An asterisk (*) indicates that the reference page has usage notes and limitations for C/C++ code generation.
Display constellation diagram for input signals | |
Compute bit or symbol error rate of input data | |
Measure error vector magnitude | |
Apply phase and frequency offsets to input signal | |
Display the list of information elements (IEs) | |
Display vectors or arrays | |
Display frequency spectrum of time-domain signals | |
Time domain signal display and measurement | |
Return HE format PSDU length | |
Return information relevant to HE-SIG-B field length | |
Valid HE TB PHY configuration in response to triggering frame containing TRS Control subfield | |
Return characteristic information about TGay multipath fading channel | |
Update recovery configuration object with HE-SIG-A bits | |
Return WLAN packet format | |
Return HE format resource unit allocation information | |
Display channel environment with D-Rays from ray tracing | |
Deaggregate A-MPDU and extract MPDUs | |
Calculate APEP length in octets | |
Convolutionally decode input data | |
Deinterleave binary convolutionally interleaved input | |
Convolutionally encode binary data | |
Interleave binary convolutionally encoded input | |
Find closest constellation points | |
Coarse estimate of carrier frequency offset | |
Constellation demapping | |
Constellation mapping | |
Create DMG-format configuration object | |
Recover data bits from DMG data field | |
Recover header bits from DMG header field | |
Demodulate fields of DMG waveform | |
Get OFDM information for DMG transmission | |
Generate PPDU field indices | |
Fine estimate of carrier frequency offset | |
Detect packet format | |
Generate Golay sequence | |
Recover data bits from HE-Data field | |
Demodulate fields of HE waveform | |
Create multiuser high-efficiency-format configuration object | |
Get OFDM information for HE transmission | |
Create HE recovery configuration object | |
Recover information bits in HE-SIG-A field | |
Recover common field bits in HE-SIG-B field | |
Recover user field bits in HE-SIG-B field | |
Create single-user high-efficiency-format configuration object | |
Create HE TB configuration object | |
Create HT-format configuration object | |
Generate HT-Data field waveform | |
Recover HT data | |
Generate HT-LTF waveform | |
Channel estimation using HT-LTF | |
Demodulate HT-LTF waveform | |
Return OFDM information for HT transmission | |
Generate HT-SIG waveform | |
Recover HT-SIG information bits | |
Generate HT-STF waveform | |
Generate L-LTF waveform | |
Channel estimation using L-LTF | |
Demodulate L-LTF waveform | |
Generate L-SIG waveform | |
Recover information bits in L-SIG field | |
Recover L-SIG information bits | |
Generate L-STF waveform | |
Generate WLAN MAC frame (MPDU or A-MPDU) | |
Create WLAN MAC frame configuration object | |
Create WLAN MAC management frame-body configuration object | |
Decode MPDU | |
Calculate MSDU lengths | |
Create non-HT-format configuration object | |
Generate non-HT-Data field waveform | |
Recover non-HT data | |
Get OFDM information for non-HT transmission | |
OFDM packet detection using L-STF | |
Calculate PSDU length in octets | |
Create data recovery configuration object | |
Find reference symbols of constellation diagram | |
Create S1G-format configuration object | |
Demodulate fields of S1G waveform | |
Get OFDM Information for S1G transmission | |
Scramble and descramble binary input sequence | |
Segment-deparse data bits | |
Segment-deparse data subcarriers | |
Segment-parse data bits | |
Segment-parse data subcarriers | |
Stream-deparse binary input | |
Stream-parse binary input | |
Fine symbol timing estimate using L-LTF | |
Filter signal through 802.11ac multipath fading channel | |
Filter signal through 802.11ah multipath fading channel | |
Filter signal through an 802.11ax™ multipath fading channel | |
Filter signal through 802.11ay™ multipath fading channel | |
Filter signal through 802.11n multipath fading channel | |
Create antenna array configuration object for 802.11ay channel model | |
Create VHT-format configuration object | |
Generate VHT-Data field | |
Recover VHT data | |
Generate VHT-LTF waveform | |
Channel estimation using VHT-LTF | |
Demodulate VHT-LTF waveform | |
Get OFDM information for VHT transmission | |
Generate VHT-SIG-A waveform | |
Recover VHT-SIG-A information bits | |
Generate VHT-SIG-B waveform | |
Recover VHT-SIG-B information bits | |
Generate VHT-STF waveform | |
Generate WLAN waveform |