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Communications and Signals Design for Wireless Power Transmission
Yong Zeng, Bruno Clerckx, Rui Zhang
Research output
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Contribution to journal
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Article
›
peer-review
403
Citations (Scopus)
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Dive into the research topics of 'Communications and Signals Design for Wireless Power Transmission'. Together they form a unique fingerprint.
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Keyphrases
Architectural Constraints
20%
Art Communication
20%
Channel Acquisition
20%
Charge Control
20%
Communication Design
100%
Communication Signal Processing
20%
Control Power
20%
Design Objectives
20%
Energy Beamforming
20%
Energy Harvester
20%
Energy Receiver
20%
Hardware Constraints
20%
Harvester Modeling
20%
Health Problems
20%
Historical Development
20%
Information Communication
20%
Massive multiple-input multiple-output (mMIMO)
20%
Millimeter Wave
20%
Model Safety
20%
Multi-user
20%
Nonlinear Energy
20%
Power Region
20%
Power Supply
20%
Promising Technology
20%
Radiative Wireless Power Transfer
80%
Receiver Architecture
20%
Receiver Model
20%
Safety Issues
20%
Signal Design
100%
Signal Processing Techniques
20%
System Design
20%
Transfer Channel
20%
Transmitter-receiver
20%
Waveform Design
20%
Wireless Charging
20%
Wireless Communication Systems
20%
Wireless Devices
20%
Wireless Information Transfer
20%
Wireless Power Transfer
100%
Wireless Power Transfer System
40%
Wireless Power Transfer Technology
40%
Engineering
Beamforming
11%
Charging Control
11%
Communication System
11%
Design Objective
11%
Energy Engineering
22%
Energy Modeling
11%
Harvester
11%
Health Issue
11%
Historical Development
11%
Massive MIMO
11%
Millimeter Wave
11%
Multiuser
11%
Power Engineering
11%
Power Supply
11%
Power Transmission
100%
Safety Issue
11%
Signal Processing
11%
Wireless Device
11%
Wireless Information Transfer
11%
Wireless Power Transfer
100%
Computer Science
Charging Control
11%
Computer Hardware
11%
Design Objective
11%
Energy Harvester
11%
Historical Development
11%
MIMO Systems
11%
Participatory Design
11%
Signal Processing
11%
Transfer Information
11%
Transmission Power
100%
waveform design
11%
Wireless Device
11%
Wireless Power Transfer
100%