The International Conference on Ultra Modern Telecommunications, St. Petersburg, Russland

Abbrevation

ICUMT

Link

http://www.icumt.org/2012/

City

St. Petersburg

Country

Russia

Deadline Paper

2012-06-27

Start Date

2012-10-03

End Date

2012-10-05

Abstract

<h3> Next Generation Wireless Systems, Services and Protocols </h3> – 3GPP Long–Term Evolution (LTE) – Femto cells – IMS and IMS–based services – Mobility, handoff protocols and management – Next generation WLANs, mesh, PAN, BAN – Ultra–wideband communications (UWB) – Underwater communications <h3>Green Communications </h3> – Energy–efficient networking – Energy–efficient circuits, devices and transmission technologies – Energy efficiency of data centers and intelligent cloud computing – Cross–layer optimizations to minimize energy consumption on a network scale – Cognitive, cooperative and reconfigurable networks – Protocols and protocol extensions for energy efficient networks – Network load balance and smart information storage – Remote power management for wireless terminals and access networks – Hierarchical and distributed techniques for energy management – Harvesting distributed energy generation – Smart Grid – Information theory on energy efficiency – Energy evaluation and comparison of different network technologies – Novel network concepts and architectures lowering the overall footprint of ICT – Estimation and evaluation of the worldwide footprint of ICT – Regulation and standardization – Deployment, trial experience, business models and applications <h3>Low–layer Wireless technologies</h3> – Cognitive Radio Networks and Systems – Spectrum sensing and spectrum management – Dynamic spectrum access – Cooperation and Game–Theoretical Protocols for Cognitive Radios – Software defined radio – Cross–Layer Protocol Design – Regulations and standards – Cooperative communications and networking – Multi–Carrier Systems & Solutions – MIMO and multi–antenna communications – Multi–carrier access schemes such as OFDMA, MC–CDMA, DFTS–OFDM, IFDMA, OFDM–IDMA <h3>Information and coding theory</h3> – Cryptography – Coding for noisy channels and erasure channels – Source coding and data compression – Joint source–channel coding – Network coding and coding for multi–terminal systems – Cooperation, competition and cognition in wireless networks <h3>Digital Broadcasting Technologies and Services</h3> – System architectures – Security in broadcast and multicast communications – Internet broadcasting – Mobile broadcasting and mobile TV – Emerging standards, e.g., DVB–S2, DVB–RCS, DVB–H, DVB–T, MediaFLO services and applications <h3>Pervasive computing and smart environment</h3> – RFID and Sensor Network Technologies – Architecture and platforms – Distributed and pervasive services – Personal and body networks, wearable computing – Semantic analysis – Business models – Digital Home Network Technologies <h3>Intelligent Transportation Systems</h3> – ITS infrastructure; – Vehicle–to–vehicle, vehicle–to–roadside communications – Intra–vehicle communications – Vehicle–to–Internet communications – Mobility and vehicular traffic models – Information collection and dissemination – Analytical and simulation techniques – Experimental systems and field operational testing – Safety and non–safety related applications – Recent standardization efforts and problems – Overview of the activities and status of the ongoing projects – Deployment strategies and predictions <h3>P2P Technologies</h3> – Advances in theoretical foundations of P2P – Security, trust and reputation in P2P – Performance analysis of P2P systems, applications and services – Quality of experience in P2P systems – Mobile P2P – P2P for sensors – Economic, business models and charging mechanisms in P2P – Legal and regulatory issues <h3>Social Networks</h3> – Computational Aspects of Social Network – Applications – Network evolution and growth mechanisms – Network geography – Search in network – Security, data protection inside communities – Evaluation and benchmarking <h3>Control Systems</h3> – Adaptive control – Robust control – Process control – Complex systems – Mechatronic systems – Co–operative control – Identification and estimation – Nonlinear systems – Intelligent systems – Hybrid systems – Networked control systems – Neural networks – Fuzzy systems – Genetic algorithms – Evolutionary computation and control – Precision motion control – Control applications – Control engineering education <h3>Robotics and Automation</h3> – Robot design, development and control – Human–robots interfaces – Mobile robots and autonomous systems – Human augmentation and shared control – Space and underwater robot – Telerobotics and Teleoperation – Industrial networks and automation – Intelligent warehouses – Modeling, simulation and architectures – Vision, recognition and reconstruction – Virtual Reality – Control and supervision systems – Instrumentation systems – Biomedical instrumentation and applications – Web–based control – Autonomous agents – Petri nets