無線(無限)連結的5G世代:MATLAB於WLAN、Bluetooth、ZigBee和NB-IoT的技術

演講摘要

藉由本段演講,你將了解MATLAB在設計、實現、測試新無線連接裝置的新功能。在5G世代,開發家用、城市、智慧、工廠的智慧連接的裝置已變成趨勢主流。我們將討論Wi-Fi標準的革新,基於標準的訊號共存、智慧家庭、物聯網(IoT)標準、定位和測向、無線發送,和無線通訊的深度學習應用。

演講中將介紹如何在MATLAB產生符合標準的訊號來進行測試。接著,你可以透過鏈路層級模擬取得期望的性能表現量測資料,其中包含了通道建模、RF前端和接收器操作。由於演算法的函式都是開放的MATLAB程式碼,你可以從中得到關於演算法的深入洞察。最後,你可以進行測試,並將期望的量測值與透過搭配了軟體無線電(SDRs)和RF儀器進行空中測試取得的即時測試結果做比較。


Wireless Connectivity in the 5G Era: WLAN, Bluetooth, ZigBee and NB-IoT in MATLAB

In this session, you will learn about new capabilities in MATLAB to design, implement and test new wireless connectivity devices. In the 5G era, developing smart connectivity devices in homes, cities and factories has become an important trend. We will discuss the evolution of Wi-Fi standard, coexistence of standards-based signals, smart home, IoT standards, positioning and direction finding, wireless sensing and application of deep learning in wireless communications

You learn how to generate standard-based signals for testing in MATLAB. Then, you can obtain expected performance metrics with link-level simulations that include channel modeling and RF front-end and receiver operations. You get in-depth insight into algorithms since these functions are offered as open MATLAB code. Finally, you can test and compare expected metrics with real-time results obtained through over-the-air testing with Software-Defined Radios (SDRs) and RF instruments.