IMWS-IWPT 2012 - 2012 IEEE MTT-S International Microwave Workshop Series (IMWS) on Innovative Wireless Power Transmission: Technologies, Systems, and Applications IMWS-IWPT2012
Topics/Call fo Papers
The year 2012 is more important for the WPT technologies. We have to discuss a variety of wireless power transmission technologies, for example, inductive, resonance, microwave, and energy harvesting, and their applications as well as the future of such technologies will be also debated in this workshop. This workshop is supported by MTT-TC-26.
Co-sponsored by IEEE MTT-S, IEEE MTT-S Kansai Chapter and Ryukoku University
The topics of the workshop include, but not limited to, the following
1. Basic technologies for wireless power transfer systems
1-1. Magnetic induction
1-2. Resonance coupling
1-3. Microwave transmission
1-4. Coils, resonators, and antennas
1-5. Other theoretical or experimental studies
2. Applications of wireless power transfer technologies
2-1. Home/Industrial-appliances
2-2. Electric vehicles
2-3. RF-ID and electronic tags
2-4. SPS and space/aeronautic applications
2-5. Other applications
3. Power sources for wireless power transfer systems
3-1. High-frequency power amplifiers (Class-E, Class-F, etc.)
3-2. High-efficiency power sources (Switching power supply, Oscillator, etc.)
3-3. Power devices (GaN, Silicon, Tube, etc.)
4. Rectifying devices, circuits, and rectennas
4-1. Rectifying devices
4-2. High-efficiency rectifying circuits
4-3. Rectennas
5. Standardization, regulation, and biological effects
5-1. Standardization and regulation including frequency, safety, and emissions limits
5-2. Biological effects of electromagnetic fields
6. Energy harvesting and scavenging
6-1. Devices and techniques for energy harvesting and scavenging
6-2. Applications of energy harvesting and scavenging, such as wireless sensor network
7. Others
Co-sponsored by IEEE MTT-S, IEEE MTT-S Kansai Chapter and Ryukoku University
The topics of the workshop include, but not limited to, the following
1. Basic technologies for wireless power transfer systems
1-1. Magnetic induction
1-2. Resonance coupling
1-3. Microwave transmission
1-4. Coils, resonators, and antennas
1-5. Other theoretical or experimental studies
2. Applications of wireless power transfer technologies
2-1. Home/Industrial-appliances
2-2. Electric vehicles
2-3. RF-ID and electronic tags
2-4. SPS and space/aeronautic applications
2-5. Other applications
3. Power sources for wireless power transfer systems
3-1. High-frequency power amplifiers (Class-E, Class-F, etc.)
3-2. High-efficiency power sources (Switching power supply, Oscillator, etc.)
3-3. Power devices (GaN, Silicon, Tube, etc.)
4. Rectifying devices, circuits, and rectennas
4-1. Rectifying devices
4-2. High-efficiency rectifying circuits
4-3. Rectennas
5. Standardization, regulation, and biological effects
5-1. Standardization and regulation including frequency, safety, and emissions limits
5-2. Biological effects of electromagnetic fields
6. Energy harvesting and scavenging
6-1. Devices and techniques for energy harvesting and scavenging
6-2. Applications of energy harvesting and scavenging, such as wireless sensor network
7. Others
Other CFPs
- International Conference of Young Chemists
- 2011 IEEE/SICE International Symposium on System Integration (SII 2011)
- 2011 IEEE International Conference on Computational Intelligence for Measurement Systems and Applications (CIMSA)
- 2011 Asia-Pacific Microwave Photonics Conference (APMP)
- 2011 International Topical Meeting on Microwave Photonics (MWP 2011)
Last modified: 2012-01-17 09:33:06