CCNC 2017 - Special Session on Wireless Models and Simulations for CCNC

Special Session on Wireless Models and Simulations for CCNC
http://ccnc2017.ieee-ccnc.org/call-for-submissions...
IEEE Consumer Communications & Networking Conference (CCNC)
Held in conjunction with the
International Consumer Electronics Show,
Las Vegas January 08-11, 2017
FIRM DEADLINE! Technical papers: July 24, 2016
Acceptance notification: September 4, 2016
Final camera ready: November 2, 2016
Scope & Motivation
Wireless systems offer new challenges to network and systems designers. Heterogeneous scenarios, high mobility, energy limitation and bandwidth constraints embody tough optimization problems that should be extensively studied through model analysis and realistic simulations. In this context, it is crucial to bridge the gap between investigations of foundational nature and their application to practical wireless network design.
This track aims to provide an international technical forum to bring together experts from industry and academia from across the world, to discuss and present innovative ideas and the results of ongoing research.
The Wireless Models and Simulations for Consumer Communication and Networking Special Session seeks original contributions in the following topical areas, plus others that are not explicitly listed but are closely related:
- Modeling, simulations and performance analysis
- Optimization of network design
- Energy efficiency
- Simulation languages and tools for wireless systems
- Wireless measurement tools and experiences
- Formal methods for analysis of wireless systems
- Correctness, survivability and reliability evaluation
- Mobility modeling and management
- Models and protocols for cognitive radio networks
- Capacity, coverage and connectivity modeling and analysis
- Pervasive computing and emerging models
- Mobile applications, system software and algorithms
- RF channel modeling and analysis
- Design methodologies
- Analytical Models
- Parallel and distributed simulation of wireless systems
- Load balancing of wireless systems
- Mobility modeling and management
- Scalability and manageability of network architectures
- Network and multi-user information theory
- Asymptotic properties (capacity, connectivity, coverage, delay)
- Coexistence of M2M (Machine to Machine) and LTE-A in 5G wireless networks
- Design, implementation and deployment for 5G wireless networks
- Scalability and elasticity for cloud-based 5G wireless networks
- Channel modelling for 5G communications
EDAS Submission Link
https://edas.info/newPaper.php?c=22573&track=80869
Special Session Chairs
Armir Bujari, University of Padua, Italy, abujari-AT-math.unipd.it
Andrea Marin, University of Venice, Italy, marin-AT-dsi.unive.it