WCEH 2017 - International Workshop on Wireless Communications with Energy Harvesting and Wireless Power Transfer
Date2017-12-11 - 2017-12-13
Deadline2017-07-15
VenuePerth, Australia
Keywords
Websitehttps://apcc2017perth.org
Topics/Call fo Papers
Recently, energy harvesting (EH) from ambient sources (e.g., solar and wind) and dedicated
wireless power transfer via radio frequency (RF) signals have emerged as appealing solutions to
power base stations, access points, and low‐power wireless devices to enable various emerging
Internet‐of‐things (IoT) applications. These new energy techniques have several promising
advantages over the traditional grid/battery‐powered systems, such as improved energy
efficiency, reduced energy and maintenance costs, prolonged lifetime, and even perpetual and
uninterrupted operations. Hence, EH wireless communications and wireless powered
communications have attracted significant interests recently from both academia and industry.
However, EH from ambient sources is usually random and intermittent with time‐varying energy
arrival rates. On the other hand, the end‐to‐end power transfer efficiency of wireless power
transfer is rather limited due to the severe path‐loss and fading of wireless channels. Therefore,
the integration of these new energy techniques in wireless communications networks brings new
challenges and opportunities, and calls for a paradigm shift on joint energy and information
management, by taking into account the unique characteristics of ambient energy sources and
wireless power transfer. As a result, numerous new research problems should be addressed from
multiple technique aspects across communication theory, information theory, circuit theory,
signal processing, and optimization theory.
The objective of the Workshop on Wireless Communications with Energy Harvesting and Wireless
Power Transfer is to present new research on energy harvesting based wireless communications
and wireless powered communications.
Topics of interest (include, but are not limited to)
Cognitive radio networks with EH and wireless power transfer
Relay channels with EH and wireless power transfer
Mobile edge networks with EH and wireless power transfer
Multi‐antenna EH wireless communications and wireless powered communications
Full‐duplex EH wireless communications and wireless powered communications
Security issues in EH wireless communications and wireless powered communications
Offline and online power allocation in EH wireless communications
Joint energy and communication cooperation
Communications and signals design for wireless power transfer
Simultaneous wireless information and power transfer (SWIPT)
Waveform design for wireless power transfer and SWIPT
Wireless powered communication networks
Non‐orthogonal multiple access (NOMA) with SWIPT
wireless power transfer via radio frequency (RF) signals have emerged as appealing solutions to
power base stations, access points, and low‐power wireless devices to enable various emerging
Internet‐of‐things (IoT) applications. These new energy techniques have several promising
advantages over the traditional grid/battery‐powered systems, such as improved energy
efficiency, reduced energy and maintenance costs, prolonged lifetime, and even perpetual and
uninterrupted operations. Hence, EH wireless communications and wireless powered
communications have attracted significant interests recently from both academia and industry.
However, EH from ambient sources is usually random and intermittent with time‐varying energy
arrival rates. On the other hand, the end‐to‐end power transfer efficiency of wireless power
transfer is rather limited due to the severe path‐loss and fading of wireless channels. Therefore,
the integration of these new energy techniques in wireless communications networks brings new
challenges and opportunities, and calls for a paradigm shift on joint energy and information
management, by taking into account the unique characteristics of ambient energy sources and
wireless power transfer. As a result, numerous new research problems should be addressed from
multiple technique aspects across communication theory, information theory, circuit theory,
signal processing, and optimization theory.
The objective of the Workshop on Wireless Communications with Energy Harvesting and Wireless
Power Transfer is to present new research on energy harvesting based wireless communications
and wireless powered communications.
Topics of interest (include, but are not limited to)
Cognitive radio networks with EH and wireless power transfer
Relay channels with EH and wireless power transfer
Mobile edge networks with EH and wireless power transfer
Multi‐antenna EH wireless communications and wireless powered communications
Full‐duplex EH wireless communications and wireless powered communications
Security issues in EH wireless communications and wireless powered communications
Offline and online power allocation in EH wireless communications
Joint energy and communication cooperation
Communications and signals design for wireless power transfer
Simultaneous wireless information and power transfer (SWIPT)
Waveform design for wireless power transfer and SWIPT
Wireless powered communication networks
Non‐orthogonal multiple access (NOMA) with SWIPT
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Last modified: 2017-06-29 22:02:17