15th International Conference on Next Generation Wired/Wireless Advanced Networks and Systems, St. Petersburg, Russland

Abbrevation

NEW2AN

Link

http://new2an.org/

City

St. Petersburg

Country

Russia

Deadline Paper

2015-05-06

Start Date

2015-08-26

End Date

2015-08-28

Abstract

About the Conference Future mobile networks will evolve out of existing wired and wireless networks of different nature by means of convergence, fusion and mutual penetration; next–generation multimedia services in turn pose new requirements and challenges on treatment of traffic within communication systems – a certain degree of multilayer co–operation has to be achieved. This forms a framework on harmonization of results obtained separately in different areas of network research like network performance evaluation, architecture and protocol design, and low layer network design. The conference goal is in the identification, investigation and integration of new algorithms, approaches, architectures, methods and mechanisms to enable proper and efficient operation of a next–generation IP–based wireless network. Therefore, wireless networks and systems and their interaction with wired networks and systems shall be widely examined and addressed throughout the conference. The history of NEW2AN dates back to 1993, today it is an established conference featured by proceedings published by Springer LNCS (confirmed) and distinguished keynote speakers. The NEW2AN 2015 will be held in St. Petersburg, Russia – the meeting point of East and West. Through its stunning architecture and wonderful art galleries and museums, among a number of other attractions, the wealth of history of East and West can be seen and felt in this beautiful city. Topics of interest include but are not limited to: Fundamentals and PHY Channel capacity estimation and equalization Channel measurement and modeling Cognitive and green radio Cooperative communications Interference mitigation Multi–antenna signal processing Physical layer design Power efficient communications Advanced modulation schemes Antennas and beamforming Single and multi–user MIMO Source and channel coding Vehicular communications MAC design and Cross–Layering Adaptive and cognitive MACs Cross–layer designs involving MAC Implementation of testbeds and prototypes Information–theoretical approaches to MAC designs Radio resource management, allocation, and scheduling Reconfigurable MACs Routing and QoS scheduling Scheduling algorithms for various systems Security issues in MAC designs Fixed, Mobile and Wireless Networks Beyond 4G and 5G Next–Generation access networking Ad hoc networks Body area networks Cognitive radio networks Congestion, load and admission control Future wireless Internet Internet of things Mobile computing Multi–hop and relay networks Future Internet and Next–Generation Networking Architectures Satellite communications Smart cities and smart grids Vehicular networks Wireless sensor networks Network virtualization, virtual private networks (VPN), and services Network management methodologies and control plane design for Future Internet Next generation network provisioning, monitoring, and management of IP services: traffic engineering, and mobility support Services and Applications Emerging Internet applications Authentication, authorization and accounting Context and location–awareness in pervasive systems Cyber–physical systems and applications Emerging wireless and mobile applications P2P services for multimedia Secure network and service access Self–adaptation on the service layer Service discovery and portability Service oriented architectures and cloud computing User interfaces, user–machine interactions Project management in communications industry Nano Communications Nano–Electromagnetic communications Graphene–based nano–antennas Terahertz Band communication Nanomaterials for applications in communications Molecular communications Protocols and architectures for nano communications Information theoretical approaches to nanoscale communications Internet of Nano Things (IoNT) Privacy, Security and Trust in nanonetworks Future emerging applications of nano/molecular communications