The TJMW&AWPT2023 is a joint workshop between TJMW and AWPT. The TJMW is the international technical meeting between Thailand and Japan for researchers involved in all aspects of microwave theory and practice. The AWPT is an Asian workshop aimed at providing a platform for researchers to share the latest research and development results related to WPT technology. The Joint Workshop TJMW&AWPT 2023 is sponsored by IEICE Technical Committee on Microwaves and IEICE Technical Committee on Wireless Power Transfer. It is also jointly hosted by King Mongkut's University of Technology Thonburi. Technical co-sponsorships are acknowledged by
- IEICE Bangkok Section
- IEEE MTT/AP/ED Thailand Chapters
- ECTI Association
- IEEE MTT-S Japan/Kansai Chapters
- IEICE Technical Committee on Integrated Circuits and Devices
TJMW&AWPT2023 is supported by
- ECTI Association
- UM-Services, LTD.
- Technoprobe Inc.
- FT-WORKS Inc.
The topic includes but is not limited to:
A. Active Devices and Circuits:
Low-noise devices and circuits, high-power devices and circuits, control circuits (mixers, oscillators, switches, etc.), MMICs and HMICs (receivers, transmitters, etc.), silicon RF devices
B. Passive Components:
Filters and resonators, ferrite and surface wave components, packaging techniques, passive devices and circuits, waveguides, transmission lines
C. Systems:
Communication systems, microwave applications (ITS, SPS, etc.), microwave medical & biological applications/EMC/EMI, phased array antenna systems
D. Fundamental theory and techniques:
Scattering and propagation, electromagnetic field theory and CAD, antenna theory and designs, microwave photonics, microwave superconductivity, measurement techniques
E. Emerging Technologies:
RF MEMS, active antennas, photonic bandgap and artificial metamaterials, software defined radio, wireless LAN/Bluetooth
F. Wireless power transfer and energy harvesting:
Near-field (inductive, resonant) power transfer, microwave transmission and beaming
G. Wireless power transmitters and receivers:
High-frequency rectifying circuits and devices, rectennas and rectenna arrays
H. Integrated circuits and systems:
Integrated AC-DC rectifiers and DC-DC converters, RF energy harvesting, self-powered sensors, RFID and electronic tags, integrated circuits for biomedical devices
I. Applications of wireless power transfer:
Mobile and personal devices, home/Industrial-appliances, standardization, regulations and biological effects
J. Space Solar Power Station (SSPS):
WPT key technologies for SSPS, space energy collection and conversion
K. Other devices, systems, or applications related to wireless power transfer:
Power conditioning, power control methods, efficiency improvement techniques, 5G/Beyond-5G/6G systems, internet of things (IoT)