Ke Wu: “Multifunctional wireless systems will unlock the untapped potential of 5G and beyond technologies”
28 OCTOBER 2021
In this episode of OJAP TALKS, Ke Wu, a leading expert in the field of wireless technologies, and Lei Guo, IEEE OJAP’s Associate Editor and the Lead Guest Editor of the Special Section on Recent Advances in Compact/Integrated Antenna Techniques for 5G Applications, take an in-depth look at the latest advances in 5G and beyond technologies, and discuss about the key enablers of intelligent environments. Discover the major challenges in wireless power harvesting; learn more about the emerging trends in antenna design and the crucial requirements for antenna components of multifunctional wireless systems, such as multiband operation, reconfigurability, miniaturization, intelligence, and high efficiency. As Professor Wu mentions, addressing the challenges in the system fusion of wireless communication, sensing, and power will pave the wave towards harnessing the full spectrum of 5G and beyond applications
Ke Wu is Industrial Research Chair in Future Wireless Technologies, Director of the Poly-Grames Research Center, and Professor of Electrical Engineering at École Polytechnique, University of Montreal, Canada. Lei Guo is Associate Professor at the School of Information and Communication Engineering, Dalian University of Technology, China.
Read related articles by Professor Wu’s group published in IEEE OJAP:
- Multifunctional Leaky-Wave Antenna With Tailored Radiation and Filtering Characteristics Based on Flexible Mode-Control Principle
- Wideband Via Loaded Cylindrical Open Ended SIW Cavity Antenna
The podcast is also available in an audio-only format below.
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