http://www.jsac.ucsd.edu/Calls/Full-duplexCFP.pdf
The following areas are of particular interest for this special issue:
1. Modeling of hardware and propagation effects relevant to the design and analysis ofÌýfull-duplex wireless systems, especially those relating to the issue of self-interference.
2. Analysis of system performance and of theoretical performance limits, includingÌýchannel capacity, network capacity, and latency for a variety of practical full-duplex wirelessÌýsystem topologies (e.g., SISO, MIMO, relay, multi-user, multi-hop).
3. Design of modulation schemes, channel codes, signal processing algorithms, and networkÌýprotocols that facilitate the practical implementation of full-duplex wireless systems. ÌýRelevant network design topics include resource management, medium access control,Ìýscheduling, and cross-layer design for practical full-duplex systems.
4. Experimental evaluation of full-duplex system implementations that quantify the actualÌýgains achievable with modern design techniques.
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Tentative Schedule
Manuscript Submission: October 1, 2013
First Review Notification: February 1, 2014
Second Review Complete/Notification Letters: April 1, 2014
Final Manuscript Due: June 1, 2014
Publication: 4th quarter, 2014
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If any questions, please contact one of the guest editors:
Ashutosh Sabharwal, Rice University, USA ([email protected])
Philip Schniter, The Ohio State University, USA ([email protected])
Dan Bliss, Arizona State University, USA ([email protected])
Dongning Guo, Northwestern University, USA ([email protected])
Risto Wichman, Aalto University, Finland ([email protected])
Sampath Rangarajan, NEC Labs America ([email protected])