Mandar Gujrathi / MathWorks Inc.

無線通訊標準的演進包含許多傳統應用的延伸，像是行動電話和無線寬頻網路，以及新興的應用領域，比如物聯網(Internet of Things)和車聯網(Vehicle-to Vehicle)通訊。新一代通訊系統無線電的開發，必須整合天線、RF設計、DSP與數位邏輯實現、嵌入式軟體開發、和系統結構建模和模擬。MATLAB®與Simulink®提供了一個包含演算法設計、系統模擬、空中測試(over-the-air testing)、原型化、和實現等應用的完整平台。在本段演講，我們將討論：
(1) 符合LTE和WLAN標準的系統建模與模擬
(2) 開發5G預備技術，像是新的調變方式以及大規模MIMO
(3) MAC-PHY協同設計的多層建模與模擬
(4) 在軟體無線電平台進行空中測試與原型化

5G and beyond Wireless communication has seen a proliferation of standards addressing many traditional applications, such as mobile telephone and wireless broadband internet access, and emerging areas, such as Internet of Things and Vehicle-to-Vehicle communication. Developing radios for next-generation communications systems requires expertise in antenna and RF design, DSP and digital logic implementation, embedded software development, and system architecture modelling and simulation. MATLAB® and Simulink® provide a platform that encompasses algorithm design, system simulation, over-the-air testing, prototyping, and implementation. In this session, we discuss about:
(1) Modelling and simulating LTE and WLAN standards-compliant systems
(2) Developing 5G-candidate technologies such as new modulation schemes and massive MIMO
(3) Multilayer modelling and simulation for MAC-PHY co-design
(4) Over-the-air testing and prototyping on software-defined radio platforms