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WCSP13_CFP.pdf

Overview:  The annual International Conference on Wireless Communications and Signal Processing (WCSP) aims to provide a forum that brings together International researchers from academia and practitioners in industry to meet and exchange ideas and recent research work on all aspects of wireless communications and signal processing. Following the great success of WCSP’09, WCSP’10,  WCSP’11,  and WCSP’12, the fifth edition of the event, WCSP’13, will be held in Hangzhou city, Zhejiang Province, China, on October 24-26, 2013, and will be sponsored by Zhejiang University, China, and technically co-sponsored by the IEEE and IEEE Communications Society The conference will consist of four symposia with keynote speeches and technical sessions which will present original and fundamental research advances.

Topics: Prospective authors are welcome to submit original technical papers for presentation at the conference and publication in the conference proceedings. Topics of interest include but are not limited to:

1.   Communication TheoryCFP_CTS.pdf

Ÿ   Adaptive Modulation and Coding

Ÿ   Channel Estimation

Ÿ   Coding Theory

Ÿ   Communication Theory in Ad-Hoc and Sensor Networks

Ÿ   Cognitive Radio and Dynamic Spectrum Management

Ÿ   Cooperative Communications

Ÿ   Cross Layer Design

Ÿ   Detection and Estimation

Ÿ   Distributed Processing

Ÿ   Diversity

Ÿ   Energy Efficient Communication

Ÿ   Feedback in Communications

Ÿ   Fiber Optical Communications

Ÿ   Fundamentals of femtocell and picocell-enhanced cellular networks

Ÿ   Wireless propagation and channel characterization

Ÿ   OFDM and multi-carrier techniques

Ÿ   Smart antennas techniques

Ÿ   MIMO and multi-antenna techniques

Ÿ   Massive MIMO

Ÿ   Diversity techniques

Ÿ   Software-defined radio techniques

Ÿ   Equalization techniques

Ÿ   Synchronization, estimation and detection techniques

Ÿ   Information theory and channel capacity

Ÿ   Interference Management

Ÿ   Iterative Techniques, Detection and Decoding

Ÿ   Joint Source/Channel Coding

Ÿ   Multicarrier Transmission

Ÿ   Multiple Access Techniques

Ÿ   Multiple-Input Multiple-Output (MIMO) Communications

Ÿ   Multiuser Detection

Ÿ   Network Coding

Ÿ   Network Information Theory

Ÿ   Orthogonal Frequency Division Multiplexing (OFDM)

Ÿ   Physical-Layer Security

Ÿ   Radio Resource Management

Ÿ   Source Coding and Data Compression

Ÿ   Space-time Coding and Processing

Ÿ   Synchronization

Ÿ   Turbo and LDPC Codes

Ÿ   Ultra-wideband Communications

 

 

 

2.   Wireless CommunicationsCFP_WCS.pdf

Ÿ   Wireless propagation and channel characterization

Ÿ   OFDM and multi-carrier techniques

Ÿ   Smart antennas techniques

Ÿ   MIMO and multi-antenna techniques

Ÿ   Massive MIMO

Ÿ   Diversity techniques

Ÿ   Software-defined radio techniques

Ÿ   Equalization techniques

Ÿ   Synchronization, estimation and detection techniques

Ÿ   Wireless multiple access techniques

Ÿ   Cooperative communications

Ÿ   Cognitive radio communications

Ÿ   Wireless green communications

Ÿ   Ultra-wideband (UWB) communications

Ÿ   Free-space optical communications

Ÿ   Joint source-channel coding for wireless communications

Ÿ   Dynamic spectrum management

Ÿ   Resource allocation and interference management

Ÿ   Cross-layer design

Ÿ   Fixed wireless broadband access systems

Ÿ   Energy harvesting communication systems

Ÿ   PHY and MAC layer aspects of cellular networks

Ÿ   Security issues of wireless systems

Ÿ   Performance evaluation of wireless systems

Ÿ   Wireless communication standards and testbeds

 

 

3.   Wireless NetworkingCFP_WNS.pdf

Ÿ   Mobile cellular networks

Ÿ   Mobile ad hoc networks

Ÿ   Wireless mesh networks

Ÿ   Wireless sensor networks

Ÿ   Wireless local area networks

Ÿ   Wireless personal area networks

Ÿ   Cognitive radio networks

Ÿ   Self-organizing networks

Ÿ   Vehicular ad hoc networks

Ÿ   Smart grid networks

Ÿ   Home area networks

Ÿ   Femtocell networks

Ÿ   Free space optical networks

Ÿ   Network architecture

Ÿ   Algorithms and protocols

Ÿ   Medium access control

Ÿ   Routing

Ÿ   Security and privacy

Ÿ   Flow control and congestion control

Ÿ   Radio resource allocation

Ÿ   Traffic modeling and management

Ÿ   Mobility, handoff, and location management

Ÿ   Quality-of-service provisioning

Ÿ   Cross-layer design and optimization

Ÿ   Multimedia over wireless networks

Ÿ   Capacity and performance analysis

Ÿ   Network testbeds and deployment

Ÿ   Wireless network standardization

Ÿ   Emerging wireless services and applications

 

    

 

 

4.   Signal ProcessingCFP_SPS.pdf

Ÿ   Adaptive Antennas and Beamforming

Ÿ   SIMO, MISO, MIMO Systems

Ÿ   Channel Estimation, Equalization and Modeling

Ÿ   OFDM and Multi-carrier Systems

Ÿ   Signal Processing Techniques in CDMA or WCDMA

Ÿ   Multi-user Systems

Ÿ   Space-Time Processing and Decoding

Ÿ   Signal Detection and Synchronization

Ÿ   Software Defined and Cognitive Radio

Ÿ   Modulation and Coding Techniques

Ÿ   Blind Signal Processing for Communications

Ÿ   Signal Processing for Security and Cryptography

Ÿ   VLSI/ASIC/FPGA Circuits and Systems for Communications

Ÿ   Transmitter and Receiver Techniques

Ÿ   Spectrum Sensing and Awareness

Ÿ   Signal Processing in LTE/LTE-A and Other Emerging Systems

Ÿ   Compressive Sensing and Compressive Sampling

Ÿ   Fast Transforms and Algorithms for Communications

Ÿ   Localization and Positioning Techniques

Ÿ   Speech, Image and Video Signal Processing

Ÿ   Signal Processing for Underwater Acoustic Communications

 

 
 
 
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