Call For Paper
The objective of this workshop is to bring together state-of-the-art research contributions, tutorials, and position papers that address these key aspects of Green Cellular Networks. Original papers describing completed and unpublished work not currently under review by any other journal/magazine/conference/workshop are solicited. Topics of interest include, but are not limited to:
* Optimal design of energy-efficient transmission protocol and frame structure
* Energy-efficient handover in heterogeneous networks
* Energy-efficient traffic balance, cooperation and management
* Scalability and mobility issues in energy efficiency cross-layer design
* Interference modelling between the multi-cells MIMO base stations
* Channel modelling in the interference limitation system
* Experimental and test bed studies for energy efficiency mobile networks, simulation tools
* Joint energy efficiency pre-coding at MIMO base stations
* Energy-efficient source coding
* MAC Protocols and QoS Designing for mobile networks
* Capacity modeling, performance analysis, and theoretical analysis
* Topology control and synchronisation protocols for energy saving
* Virtual MIMO networks and physical layer technologies
* Distributed energy efficiency resource management techniques
* Standards for green mobile network protocols and integration with heterogeneous networks
* Power efficient issues, e.g., low power RF transceivers, energy scavenging, miniaturization, system integration
* Energy-efficient transmission technologies based on the cooperation communication
* Energy-efficient switch and base station architectures
* Measurement and profiling of energy consumption
* The efficient management of terminal equipment
* Test-bed and Prototype Implementation
* Transactions and workflows in green mobile networks
* Low-power circuit board design
Paper submission due: Sep 22, 2010
Notification of acceptance: Oct 22, 2010
Final manuscript due: Nov 07, 2010
* Optimal design of energy-efficient transmission protocol and frame structure
* Energy-efficient handover in heterogeneous networks
* Energy-efficient traffic balance, cooperation and management
* Scalability and mobility issues in energy efficiency cross-layer design
* Interference modelling between the multi-cells MIMO base stations
* Channel modelling in the interference limitation system
* Experimental and test bed studies for energy efficiency mobile networks, simulation tools
* Joint energy efficiency pre-coding at MIMO base stations
* Energy-efficient source coding
* MAC Protocols and QoS Designing for mobile networks
* Capacity modeling, performance analysis, and theoretical analysis
* Topology control and synchronisation protocols for energy saving
* Virtual MIMO networks and physical layer technologies
* Distributed energy efficiency resource management techniques
* Standards for green mobile network protocols and integration with heterogeneous networks
* Power efficient issues, e.g., low power RF transceivers, energy scavenging, miniaturization, system integration
* Energy-efficient transmission technologies based on the cooperation communication
* Energy-efficient switch and base station architectures
* Measurement and profiling of energy consumption
* The efficient management of terminal equipment
* Test-bed and Prototype Implementation
* Transactions and workflows in green mobile networks
* Low-power circuit board design
Paper submission due: Sep 22, 2010
Notification of acceptance: Oct 22, 2010
Final manuscript due: Nov 07, 2010