5/25/2023 (THU) 13:30 ～ 14:10K2-4WJWTPKeynote Speech Venue
Latest Trends in Wireless Communications Using the Digital Twin
◆Highlight
Application of AI/Digital Twin technology to wireless communication and radar
MBD (Model Based Design)/Simulation for communication/radar system development
Development environment that enables quality improvement and cost reduction
◆Outline
Recent wireless communication/radar systems are becoming more multifunctional and complex, making it more difficult than ever to estimate performance prior to development. In addition, the application of AI technology in this field is expected to improve performance, but it is also said that there is extremely little data for training.
By modeling communication/radar systems and utilizing digital twin technology, it is believed that it is possible to increase the amount of data for training. In addition, since the performance of the entire system can be evaluated at the stage of developing each component, it will contribute to improving the development efficiency of the communication/radar system as a whole.
This presentation will introduce a development environment in which MBD (Model Based Design), which is already commonly used in the automotive industry, can be applied to the development of communication/radar systems and performance can be evaluated through simulation, thereby improving quality and reducing costs at the same time."
Translated with www.DeepL.com/Translator (free version)
MathWorks Japan
Senior Application EngineerAkemi Tanaka
She is engaged in LSI/FPGA development for cellular system base stations. After working as a prototype hardware engineer for wireless communications, he has been in his current position since 2009. Focusing on communication systems such as local 5G, Bluetooth, and satellite communications, he assists in signal processing, image processing, and HDL implementation. She is also active as a member of the Executive Committee of IEICE/Smart Radio Research Group (SR).