WCSP 2018 is technically co-sponsored by IEEE and IEEE Communications Society.       The 10th International Conference on Wireless Communications and Signal Processing (WCSP 2018)      
 
Call for Papers
 
 
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 WCSP09-17, the ninth edition of the event, WCSP 2018, will be held in Hangzhou, Zhejiang, China, on October 18-20, 2018. The conference will feature keynote speeches and technical sessions.
 

Paper Submission: Prospective authors are invited to submit high-quality original technical papers for presentation at the conference and publication in the WCSP 2018 proceedings. All papers for technical symposia should be submitted via EDAS

1.     Communication Theory SymposiumWCSP18_CFP_CT.pdf

  • Adaptive Modulation and Coding                   
  • CDMA and Spread Spectrum
  • Channel Estimation and Synchronization                
  • Coding Theory and Practice
  • Compressed Sensing                                
  • Cognitive Radio
  • Cooperative Communication                           
  • Cross Layer Design
  • Detection and Estimation Theory                     
  • Distributed Coding and Processing
  • Diversity and Fading Countermeasures                   
  • Dynamic Spectrum Management
  • Feedback in Communication Systems             
  • Fundamentals of Small Cell-Enhanced Networks
  • Fiber-Optical and Free-Space Optical Communications  
  • Heterogeneous Networks
  • Information Theory and Channel Capacity              
  • Interference Management/Alignment/Avoidance
  • Iterative Techniques, Detection and Decoding         
  • Joint Source/Channel Coding
  • Multiple Access Techniques                             
  • MIMO and Massive MIMO
  • NOMA                                             
  • Energy Harvesting
  • Multiuser Diversity                                  
  • Network Coding
  • Network and Multiuser Information Theory            
  • OFDM and Multi-Carrier Systems
  • Powerline Communications                             
  • Radio Resource Management and Scheduling
  • Source Coding and Data Compression                    
  • Space-time Coding and Processing
  • mmWave and Sub-Terahertz Communications Theory
  • Communication Theory of 5G systems
  • Communication Theory for Internet of Things        
  • Physical Layer Security
  • Low Latency and Ultra Reliable Communications          
  • D2D and M2M Communications
  • Ad Hoc and Sensor Networks                                     
  • Machine Learning in Communications

 

 

2.     Wireless Communications SymposiumWCSP18_CFP_WCS.pdf

  • Wireless propagation and channel characterization
  • OFDM and multi-carrier techniques
  • Smart antennas techniques
  • MIMO and multi-antenna techniques
  • Diversity techniques
  • Dynamic spectrum access techniques
  • Software-defined radio techniques
  • Equalization techniques
  • Synchronization, estimation, detection techniques
  • Wireless multiple access techniques
  • Cooperative communications
  • Cognitive radio communications
  • Wireless green communications
  • Ultra-wideband (UWB) communications
  • Free-space optical communications
  • Millimetre-wave and Terahertz communications
  • UAV-based communications
  • Resource allocation and interference management
  • Fixed wireless broadband access systems
  • Energy harvesting communication systems
  • Performance evaluation of wireless systems
  • Wireless communication standard
  • Wireless sensor and IoT communications
  • Wireless-powered communication systems

 

3.     Wireless Networks SymposiumWCSP18_CFP_WN.pdf

  • Cellular systems, 4G, 5G and beyond
  • WiMAX, LTE/LTE-A/LTE-A Pro, WMAN
  • Wireless multimedia networks
  • Wireless mesh networks
  • Vehicular wireless networks
  • Body-based wireless networks
  • Delay tolerant wireless networks
  • Small cell networks
  • Smart grid networks
  • User-centric ultra-dense networks
  • Wireless networks for UAVs communications
  • M2M/D2D communication, LTE-U, NB-IoT
  • Reconfigurable wireless networks and SDN
  • Location- and context-aware services
  • Network slicing on radio access and mobile networks
  • Inter-networking of wireless heterogeneous networks
  • Wireless cloud computing and data center networking
  • Network planning, capacity analysis, and topology control
  • Novel architectural design and operation models
  • Routing and multicasting protocols in multi-hop networks
  • Resource management and admission control
  • Mobility, handoff, and location management
  • Energy efficient wireless communications
  • Monitoring, network measurement and management
  • End-to-end protocols, flow and congestion control
  • Cross-layer design and optimization
  • Testbeds and deployment
  • Standardization of emerging wireless technologies

 

4.     Signal and Information Processing SymposiumWCSP18_CFP_SIP.pdf

  • Adaptive signal processing
  • Blind signal processing
  • Speech and audio Signal Processing
  • Image and video signal processing
  • Multimedia signal processing
  • Multidimensional signal processing
  • Signal processing systems
  • Signal processing applications
  • Channel estimation and equalization
  • Signal detection and synchronization
  • Big data for communications and networking
  • Signal processing for full-duplex systems
  • Signal processing for spectrum sensing, shaping, and management
  • Signal processing for single carrier, OFDM and OFDMA systems
  • Signal Processing for multi-antenna and multiuser systems
  • Signal processing for interference cancellation
  • Signal processing for software defined and cognitive radio
  • Signal processing for adaptive antennas and beamforming
  • Signal processing for security and cryptography
  • Signal processing for localization, positioning, and tracking techniques
  • Signal processing for millimeter and Tera-Hz communication systems
  • Signal processing for spread spectrum and ultra-wideband systems
  • Machine learning, data mining over wireless networks
  • Information processing for E-health applications and systems

 

5.     Network and Information Security SymposiumWCSP18_CFP_NISS.pdf

  • Security for 4G/5G cellular systems
  • Security for wireless networks
  • Security for mobile ad hoc networks
  • Security for vehicular ad hoc networks
  • Security for wireless sensor networks
  • Security for software-defined networks
  • Security for network function virtualization
  • Security risk management for wireless networks
  • Message authentication for wireless networks
  • Trust management for wireless networks
  • Trust model design for wireless networks
  • Authorization and access control for wireless networks
  • Key distribution and management for wireless networks
  • Cryptography and evaluation for wireless networks
  • Privacy enhancing techniques for wireless networks
  • Hardware and software security for wireless networks
  • Security performance evaluation for wireless networks
  • Security for wireless network middleboxes
  • Security and privacy for mobile applications
  • Security and privacy for wireless big data
  • Physical security for wireless networks
  • Security protocol design for wireless networks

 

 

6.     Machine Le,arning in C,ommunications and Signal Processing SymposiumWCSP18_CFP_MLCSP.pdf

  • Fundament,al limits of AI/ML in COM/SP
  • Novel COM/SP paradigm and architecture inspired by AI/ML
  • Big data analytics frameworks and data mining for COM/SP
  • Communication theoretic approaches to AI/ML theory and methods
  • Distributed and decentralized signal processing via AI/ML algorithms
  • AI/ML aided network planning, monitoring, management, diagnosis and virtualization
  • AI/ML aided network resource allocation and optimization
  • AI/ML aided modulation, equalization, and coding
  • AI/ML aided channel estimation and tracking
  • AI/ML aided wireless channel modeling
  • AI/ML aided secure communications and networking
  • AI/ML aided multiuser communication techniques
  • AI/ML aided MIMO processing and transceiver design
  • AI/ML aided energy efficient communication/networking techniques
  • AI/ML aided dynamic spectrum access and cognitive radios
  • AI/ML aided wireless localization and positioning techniques
  • AI/ML aided sensor networks and IoT applications
  • AI/ML aided millimeter and Tera-Hz communication systems

 

7.     Underwater Acoustic Signal Processing and Communications SymposiumWCSP18_CFP_UASPC.pdf

  • Underwater localization, positioning, tracking, and classification
  • Marine mammal related acoustic signal processing
  • Multistatic sonar signal processing
  • Performance analysis for active and passive sonar
  • Physics-based signal processing algorithm design and analysis
  • Signal processing for AUVs or deployed autonomous systems
  • Underwater channel characterization, statistical modeling and estimation
  • Transceiver design: Modulation, coding and detection techniques
  • Underwater wireless networking protocols and cross-layer design
  • MIMO and diversity systems in underwater communications
  • Cooperative communications in underwater
  • Hybrid and multi-modal underwater communications
  • Mobile underwater communications and network
  • Applications of underwater wireless communications
  • Devices and systems for underwater wireless communications
  • Underwater wireless sensor networks
  • Energy harvesting for underwater sensor networks
  • Real-time data transmission in underwater
  • Demonstration of field trials, experiments, and test-beds

 

8.     Internet of Things SymposiumWCSP18_CFP_IoT.pdf

  • Cognitive radio communication and networking for internet of things (IoT)
  • Mobile applications and recommendations for IoT
  • IoT network design and optimization
  • Design of big data system boosted IoT
  • Spectrum sensing in wireless sensor networks
  • Spectrum monitoring in future wireless sensor networks
  • Signal processing in future wireless networks and specialized in IoT
  • Resource management in IoT
  • Indoor Localization for IoT
  • Machine to machine communications in IoT and wireless networks
  • Spectrum efficient communications in IoT and wireless networks

 



 


 
 
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