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PHY Modeling

Physical layer options, parameterization, and waveform generation

WLAN Toolbox™提供了建模802.11™物理层处理的功能。格式配置对象用于参数化这些功能，并创建符合IEEE的WLAN波形^®802.11标准。

Apps

WLAN Waveform Generator

创建，损害，可视化和导出WLAN波形

Functions

PHY Configuration Objects

`wlanHEMUConfig`	Configure HE MU transmission
`wlanhesuconfig`	Configure HE SU or HE ER SU transmission
`wlanHETBConfig`	Configure HE TB transmission
`wlanwurconfig`	配置WUR传输
`wlanDMGConfig`	配置DMG传输
`wlanS1GConfig`	Configure S1G transmission
`wlanVHTConfig`	配置VHT传输
`wlanhtconfig`	Configure HT transmission
`wlanNonHTConfig`	Configure non-HT transmission
`wlanHERecoveryConfig`	Store parameters recovered from HE transmission

PHY Configuration Information

`GetActivesUbchannelIndex`	主动亚通道指数
`getNDPFeedbackConfiguration`	Valid HE TB feedback NDP PHY configuration
`getnumpostfecpaddingbits`	Calculate required number of post-FEC padding bits
`getpsDulength`	Calculate HE or WUR PSDU length
`getTRSConfiguration`	有效的HE TB PHY配置响应包含TRS控制子字段的触发框架
`packetformat`	返回WLAN数据包格式
`植物`	Return DMG PHY modulation type
`ruInfo`	Return HE format resource unit allocation information
`showAllocation`	显示资源单位（RU）分配
`wlanAPEPLength`	计算八位字中的空调长度
`wlanpsdulength`	Calculate PSDU length in octets

波形产生

`wlanwaveformgenerator`	Generate WLAN waveform
`wlanSampleRate`	Nominal sample rate

Bit-Level Processing

`wlanScramble`	Scramble and descramble binary input sequence
`wlanConstellationMap`	星座映射
`wlanConstellationDemap`	星座拆除
`wlanBCCInterleave`	Interleave binary convolutionally encoded input
`wlanBCCDeinterleave`	Deinterleave binary convolutionally interleaved input
`wlanstreamparse`	Stream-parse encoded streams
`wlanStreamDeparse`	Stream-deparse spatial streams
`wlanSegmentParseBits`	Segment-parse data bits
`wlanSegmentDeparseBits`	Segment-deparse data bits
`wlanSegmentDeparseSymbols`	段 - 剥落数据子载波
`wlanSegmentParseSymbols`	Segment-parse data subcarriers
`wlanBCCEncode`	Convolutionally encode binary data
`wlanBCCDecode`	卷积解码输入数据
`wlangolay序列`	Generate Golay sequence

Topics

波形产生和接收

波形产生
此示例显示了如何生成符合标准的WLAN波形。
构建VHT PPDU
构建VHT PPDUs by using the waveform generator function or by building each field individually and concatenating.
Generate VHT Multi-User Waveform
Generate a VHT multi-user waveform from individual components.
Basic VHT Data Recovery
Perform basic VHT data recovery.

Parameterization

Mapping 802.11 Standards to WLAN Toolbox Configuration Objects
本节概述了IEEE 802.11标准，其相应的数据包格式和WLAN工具箱配置对象之间的映射。
WLAN PPDU结构
Describes the WLAN PPDUs you can model by using WLAN Toolbox.
数据包大小和持续时间依赖性
Describes packet size and duration determination in 802.11.

Processing Chain

传输链
Describes transmit-receive processing chains you can model using WLAN Toolbox.

Featured Examples

802.11be Waveform Generation

802.11be Waveform Generation

Parameterize and generate IEEE 802.11be™ waveforms.

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802.11AX波形生成

802.11AX波形生成

Parameterize and generate IEEE 802.11ax™ waveforms.

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802.11ax PHY-Focused System-Level Simulation

802.11ax PHY-Focused System-Level Simulation

Perform a PHY-focused system-level simulation for IEEE 802.11ax. Validate the simulation and estimate the network PER.

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802.11az Waveform Generation

802.11az Waveform Generation

Parameterize and generate IEEE 802.11az™ waveforms.

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802.11ad Single Carrier Link with RF Beamforming in Simulink

802.11ad Single Carrier Link with RF Beamforming in Simulink

模型A AN IEEE 802.11AD™单载波链接中的simulink金宝app^®.

开放型号

802.11ad Waveform Generation with Beamforming

802.11ad Waveform Generation with Beamforming

Beamform an IEEE 802.11ad waveform with a phased array.

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Basic WLAN Link Modeling

Basic WLAN Link Modeling

Create a basic WLAN link model.

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802.11AC发射光束成形

802.11AC发射光束成形

通过对变速箱进行横梁形式，提高IEEE 802.11ac™链接的性能。

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802.11ac多用户mimo预编码

802.11ac多用户mimo预编码

对IEEE 802.11ac多用户下行链路传输进行传输和接收处理。

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802.11ah Waveform Generation

802.11ah Waveform Generation

Generate IEEE 802.11ah™ waveforms.

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802.11n simulink金宝app中的链接

802.11n simulink金宝app中的链接

Simulate an IEEE 802.11n™ link in Simulink.

开放型号

802.11 OFDM Beacon Receiver with Captured Data

802.11 OFDM Beacon Receiver with Captured Data

恢复从商业IEEE 802.11N硬件传输的ofdm信标数据包。

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802.11动态速率控制模拟

802.11动态速率控制模拟

IEEE 802.11链接在time-varyi吞吐量最大化ng channels by using dynamic rate control.

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PHY Simulation of Bluetooth BR/EDR, LE, and WLAN Coexistence

PHY Simulation of Bluetooth BR/EDR, LE, and WLAN Coexistence

Model and simulate homogeneous and heterogeneous coexistence between Bluetooth BR/EDR, LE, and WLAN networks.

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