EEWCN 2013 - International Workshop on Energy Efficient Wireless Communications and Networking (EEWCN 2013)

International Workshop on Energy Efficient Wireless Communications and Networking (EEWCN 2013)invites original and unpublishedcontributions addressing solutions for energy efficient wireless communications and networking. Authors should submit their papers online using EDAS. Unregistered authors should first create an account on EDAS to log on. Further guidelines for submission are posted at:http://icacci-conference.org/site/callpaper
All papers that conform to submission guidelines will be peer reviewed and evaluated based on originality, technical and/or research content/depth, correctness, relevance to conference, contributions, and readability. The manuscripts should be submitted in PDF format. Acceptance of papers will be communicated to authors by email. Accepted papers will be published in the ICACCI 2013 Proceedings which will be available through IEEE Xplore® after the conference. At least one full paying author of each accepted paper must register for the Conference before the indicated deadline.
Topics of interest include, but are not limited to:
Energy-efficient transmission systems
Signal processing techniques for energy-efficient transmission systems
Physical layer techniques, channel/network coding for energy efficiency
Methodologies /architectures for energy efficiency
Energy-efficiency in mobile and wireless access networks
Energy-efficiency in vehicular networks
Energy-efficiency in wireless sensor networks
Energy-efficient design for wireless e-health applications
Energy-efficient wireless network management
Cross-layer design for energy efficiency
Wireless networking for energy-efficient industrial automation
Energy-efficient MAC design
Energy-efficient flooding/multicast
Collaborative/cooperative/cognitive networking protocols for energy efficiency
Algorithms for energy efficient scheduling and resource management
Energy harvesting
Cognition and Cooperative communications for energy efficiency
User mobility modeling to predict and adapt to patterns to reduce energy expenditure
Design of Hybrid networks for energy-efficient delivery of wireless signals
Energy efficient ad hoc network services
Energy efficient Service discovery and Service Provisioning
Energy efficient algorithms and implementations in Internet of Things
Small cell networks for achieving energy efficiency
Test beds and experimental results related to energy efficient design