6G 探索库
借助适用于 5G Toolbox™ 的 6G 探索库，您能够对候选 6G 波形和技术进行探索、建模和测试。使用该库，您可以：
对带宽和子载波间隔超出 5G NR 规范规定的最大值的波形进行建模。
使用自定义调制方案对波形进行建模。
使用扩展波形执行链路级仿真。
探索亚太赫兹载波频率下硬件损伤的影响。
对可重构智能表面进行建模。
对通信感知一体化 (ISAC) 系统进行建模。
使用数字孪生技术分析 6G FR3 网络的性能。
探索如何应用 AI 来解决无线通信问题。
要使用此功能，请下载并安装适用于 5G Toolbox 的 6G 探索库附加功能。
类别
- 6G 探索库快速入门
学习 6G 探索库的基础知识
- 波形探索
6G 波形探索
- ISAC 和 RIS
通信感知一体化和可重构智能表面
- 适用于 6G 的 AI 技术
人工智能在 6G 领域的应用
精选示例
Get Started with 6G Exploration Library
Learn how to use the extended functionality that 6G Exploration Library adds to 5G Toolbox.
Configure Custom Modulation Schemes for 6G
Learn how to modulate waveforms using constellations beyond those stipulated by 5G NR.
6G Link-Level Simulation
Measure the throughput of a pre-6G link.
Measure Impact of Sub-THz Hardware Impairments on 6G Waveforms
Measure ACPR and EVM to explore the impact of hardware impairments at sub-THz frequencies on a 6G-like waveform.
Analyze SINR in 6G FR3 Network Using Digital Twin
Use digital twin techniques to analyze the SINR performance in a 6G FR3 network.
Model Reconfigurable Intelligent Surfaces with CDL Channels
Simulate a RIS channel using two concatenated CDL channel models.
Integrated Sensing and Communication Using 5G Waveform
Illustrate the integrated sensing and communication capabilities (ISAC) of a 5G New Radio (NR) waveform.
AI-Native Fully Convolutional Receiver
Use a convolutional neural network to replace conventional channel estimation, equalization, and symbol demodulation.
Verify Performance of 6G AI-Native Receiver Using MATLAB and PyTorch Coexecution
Integrate a trained PyTorch® network with MATLAB®-based data generation to simulate an AI-native air interface.
Explore 400 MHz 6G Waveform Using USRP X410
Generate, transmit, capture, and analyze a large-bandwidth 6G candidate waveform.
Evaluate Performance of Cell-Free mMIMO Networks
Evaluate the performance of cell-free massive multiple-input multiple-output networks.
Analyze NTN Coverage and Capacity for LEO Mega-Constellation
Analyze coverage and capacity of a very low population density region for LEO mega-constellation for satellite-based NTN applications.
