International Workshop on 5G, Connectivity and Mobility (5GCM 2020)

  • 09-11 Oct 2020
  • Tokyo Metropolitan University Akihabara Satellite Campus, Japan

Description

Topics
  • 5G Network Evolution to LTE-Advanced
  • 5G network architectures employing distributed antenna and radio-over-fiber techniques
  • Adaptive TRX schemes
  • 5G-relevant wireless network test-beds, simulators, open-source codes, and tools
  • Algorithms for ensuring scalability and elasticity for cloud-based 5G wireless networks
  • Algorithms and protocols for smart devices
  • Big Data and Analytics
  • Big data and 5G Data Analytics
  • Cloud based 5G architectures
  • Big data transfer using smart devices
  • Cloud-RAN
  • Cloud computing and virtualization for networking infrastructure in 5G
  • Cognitive spectrum access
  • Coexistence of NOMA and OFDMA
  • Content-centric networking architecture design and studies in 5G
  • Content distribution networks & caching
  • Cooperative networking/transmission
  • Cooperative and Cognitive communication using smart devices
  • Crowd-sensing, human centric sensing
  • Cross-layer design and optimization
  • Design of 5G wireless networks supporting smart transportation, energy and healthcare applications
  • Customer Experience Optimization
  • Design, implementation and deployment for 5G wireless networks
  • Design principles and practices for 5G applications
  • Duplexing and simultaneous transmit and receive
  • Device-to-Device Communications and networking
  • Dynamic QOS framework
  • Dynamic beam forming techniques
  • Effective in-network caching design of pre-, in-, and post-processing resources in 5G wireless networks
  • Economic aspects
  • Fog computing
  • E-health for 5G
  • Green communications, cloud and software defined radio (SDR) technologies for radio access network in 5G
  • Green Communications
  • Interleave division multiple access
  • Interference management
  • MAC and duplexing
  • Lattice partition multiple access
  • Massive MIMO
  • Massive internet-of-things (IoT)
  • Millimeter wave communications
  • Massive MTC applications
  • Mobile Cloud Computing (MCC) and 5G
  • Mobile cloud
  • Mobile social networking over 5G wireless networks
  • Mobile cloud computing/Mobile edge computing
  • Modulation & coding
  • Mobile traffic redundancy elimination and data offload in 5G wireless networks
  • Multi-modal data compression
  • Multi-connectivity
  • Multi-user shared access
  • Multi-Radio Networks and Interworking
  • Network functions in 5G wireless networks
  • Network function vitalization (NFV)
  • New Age RAN
  • Network slicing
  • New data center techniques for mobile operators in 5G
  • New communication paradigms for smart devices
  • Novel mobility management
  • Non-orthogonal Multiple Access (NOMA)
  • Online optimization for function splitting, migration of virtual resource in data centers for 5G wireless networks
  • Novel waveform design
  • Protocol design to enable traffic load balancing, traffic management, and management of virtualized
  • Programmable and software-defined radio, and network
  • QoS (Quality of Service) and QoE (Quality of Experience) improvement in 5G wireless networks
  • QoE/QoS management over 5G
  • SDN and Network Virtualization
  • Relay, cloud-computing related management
  • SDN-based protocols and algorithm for cognitive, scalable and reliable cooperation and communication
  • SDN-based new evolution of 3GPP standards for 5G wireless networks
  • Security, privacy and trust for virtualization and SDN in 5G wireless networks
  • Security and cryptography for smart devices
  • Simulation modeling and optimization for smart devices
  • Self-organizing network and topology
  • Small Cells
  • Small cell architecture for 5G & beyond
  • Social-aware 5G networks
  • Smart Device to Smart Device Communication
  • Software-defined networking and network function virtualization for supporting 5G wireless networks
  • Software defined networking (SDN)
  • Spectral-efficiency and energy-efficiency in 5G wireless networks
  • Sparse code multiple access
  • Spectrum utilization and sharing
  • Spectrum sharing between M2M (Machine to Machine) and LTE-A in 5G wireless networks
  • System design for supporting multi-spectrum, multi-RAT (Radio Access Technology), and multi-operator
  • Super density networking
  • Testbeds for 5G&Beyond
  • Tactile Internet
  • Value-added VoLTE Services
  • Ultra-reliability and low-latency communications
  • Vertical Industry Applications
  • Vehicle-to-X (V2X) and satellite networks
  • Wi-Fi Offload and Backhaul Solutions
  • Virtualization using smart devices

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Important

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Event Categories

Technology: Communication Networks, Computer Hardware, Information Technology (IT)

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