MIC-CNIT 2013 - 7th International Conference on Communications, Networking and Information Technology

MIC-CNIT2013 Tracks and Topics
Digital Communication Systems (DCS)
Adaptive Modulation Techniques; Block Coding; Channel Capacity Studies; Channel Coding; Channel Estimation and Equalization; Code Division Multiple Access Systems; Communication Channels; Communication System Performance Analysis; Communication System Simulation; Communications Software; Differentially Coherent Detection; Digital Modulation Techniques; Error Control Coding; Free-Space Optical Communications; IMT-2000 (UMTS, CDMA2000, etc.); Information Theory and Coding; Interference Modeling and Mitigation; Joint Source-Channel Coding; Low Density Parity Check Coding; MIMO Wireless Communications; Multicarrier Communication Systems; Multipath Fading Channels; Multiuser Detection; Optical Communication Systems; Power Efficient Modulation; Power Management in Communications; Powerline Communications; Signal Processing for Communications; Source Coding; Space-Time Coding; Spread Spectrum Communications; Synchronous Communications; Time Division Multiple Access Systems; Viterbi Decoding Algorithm; Wireless Communications
Vehicular Communication Systems (VCS)
Antenna Technologies for Vehicular Networks; Cross-Layer Design and Optimization; Data Dissemination in Vehicular Networks; In-Vehicle Communications; In-Vehicle Sensor Networks; Intelligent Transportation Systems; MAC Layer Algorithms and Protocols; Migrating to IPv6; Mobile Internetworking; Mobility Modeling and Management; Network Access Control; Propagation Models for Vehicular Networks; QoS Management for Vehicular Networks; Quality of Service in Vehicular Networks; Radio Resource Management; Security and Privacy in Vehicular Networks; Vehicle Movement and Performance Simulation; Vehicle to Grid Communication; Vehicle-to-Infrastructure Communications; Vehicle-to-Vehicle Communications; Vehicular Ad Hoc Networks; Vehicular Communication Networks; Vehicular Communications Platforms and Testbeds; Vehicular Multimedia Communications; Vehicular Network Protocols
Communications and Computer Networks (CCN)
ATM Networks; Cellular Communication Networks; Cellular Mobile Computing; Cloud Computing; Cognitive and Cooperative MAC; Communication Networks; Computer Communications; Congestion Control Mechanisms; Energy Efficient Communications; Energy Efficient Network Protocol Design; Energy-Aware MAC; GSM Wireless Systems; Grid Computing; Intelligent Networks; Internetworking; Mobile IP; Mobility Modeling and Management; Multi-Hop Networks; Network Access Control; Network Intelligence; Network Measurements and Testbeds; Network Modeling and Simulation; Network Performance Studies; Network Protocols and Standards; Network Security and Privacy; Network Switching and Routing; Next Generation Wireless Networks; Optical Communication Networks; Peer-to-Peer Computing; Personal Area Networks; Roaming and Handoff Mechanisms; Spectrum Sharing and Coexistence; Telecommunications Pricing and Accounting; Vehicular Communication Networks; WiMAX Technologies; Wireless Access Techniques; Wireless Ad hoc Networks; Wireless Mesh Networks; Wireless Networks; Wireless Sensor Networks
Multimedia Communications (MMC)
3D Streaming; 3D Video Systems; Acoustic Signal Processing; Benchmarking Services and Application; Cloud Computing; Codecs and Compression Systems; Computer Graphics; Computer Vision; Content Distribution Networks; Content-Based Image Retrieval; Context and Content Aware Services; Cryptography and Data Security; Digital Image Processing; Digital Signal Processing; Digital Television Systems; Digital Video Broadcasting; Digital Watermarking; Discrete Event Systems; Distributed Agents; Electronic Game Systems; High Definition TV Systems; Home Entertainment; IPTV Technology; Interactive Multimedia Applications; Mobile Multimedia; Mobile Multimedia Infrastructures; Multimedia Aggregation and Fusion; Multimedia Coding; Multimedia Content Description Language; Multimedia Databases; Multimedia Information Systems; Multimedia Signal Processing; Multimedia Software Architectures ; Multimedia Streaming; Neural Networks; Peer-to-Peer Computing; Performance Evaluation of Multimedia Services; Personal Multimedia Systems; Resource Virtualization; Service Delivery Platforms; Service Lifecycle Management; Speech Processing; Video Coding and Compression; Video Traffic Modeling; Wavelet Processing; Wireless Multimedia
Satellite Comunication Systems (SCS)
Block Coding; Channel Capacity Studies; Channel Coding; Code Division Multiple Access Systems; Communication Channels; Communication Networks; Communication System Performance Analysis; Communications Software; Demand Assignment Multiple Access; Differentially Coherent Detection; Digital Modulation Techniques; Earth-Space Communications; Error Control Coding; Galaxy-Scale Satellite Communications; IP over Satellite; Interference Modeling and Mitigation; Low Density Parity Check Coding; MIMO Wireless Communications; Satellite Antennas; Source Coding; Space-Time Coding; Synchronous Communications; Time Division Multiple Access Systems; Wave Propagation
Ultra-Wideband Communications (UWC)
60 GHz and Beyond Communications; Channel Characterization and Modeling; Digital Modulation Techniques; Error Control Coding; Interference Modeling and Mitigation; MIMO Wireless Communications; Multicarrier Communication Systems; Multiple Access Techniques; Pulse Generation and Detection; Pulse-Based Communication Systems; Radio Frequency Subsystems; Short Range Communications; Substrate Integrated Waveguides; UWB Antennas and Arrays; UWB Cognitive Communications; UWB Power Line Communications; UWB Sensing and Imaging
Mesh, Ad Hoc and Sensor Networks (MAS)
Autonomic Networking and Self-Management; Co-Existence of Hybrid Networks; Cross-Layer Design and Optimization; End-to-end QoS Provision; Energy Efficient Communications; Grid Computing; Hardware and Software Platforms; Heterogeneous Computing and Networking; Imaging Sensor Networks; Information Theoretic Network Analysis ; MAC Layer Algorithms and Protocols; Mobile Agents; Mobility Modeling and Management; Multi-Hop Networks; Multimedia over Ad-Hoc and Sensor Networks; Network Access Control; Network Measurements and Testbeds; Network Modeling and Simulation; Network Optimization and Tuning; Network Performance Studies; Network Protocols and Standards; Network Software Tools; Network Traffic Modeling; Performance Evaluation and Modeling; Personal Area Networks; Physical Layer Design; Power Management in Communications; Probabilistic Network Modeling; Radio Frequency Identification (RFID); Reliability of Computer Networks; Resourse Management in Communication Networks; Roaming and Handoff Mechanisms; Spectrum Agile Networks; Spectrum Sharing and Coexistence; Synchronization and Scheduling Issues; Topology Control and Management; Trust Management in Communication Networks; Underwater Communication Networks; Vehicular Communication Networks; Wireless Ad hoc Networks; Wireless Mesh Networks
Communication and Information Technology (CIT)
Computer-Based Education; Content Distribution Networks; Copyright and Privacy Protection; Data Mining; Data Warehouses and E-Organisations; Distributed Information Systems; IPTV Technology; Information Infrastructures; Internet Appliances; Internet Banking; Internet Security; Knowledge Management; Knowledge-Based Systems; Logic Programming; MIMO Wireless Communications; Malware and Worm Defences; Management Information Systems; Mobile Agents; Next Generation Services; Next Generation Wireless Networks; Optimization of Computing Algorithms; Programming Languages; Signal Processing for Communications; Web Development Tools; Web Metrics and Applications; Website Design; e-Commerce; e-Learning Platforms
Online Learning and Education (OLE)
Adaptive e-Learning; Anytime/Anywhere e-Learning; Authoring Tools for e-Learning; Content Distribution Networks; Content Management; Cross-Media Publishing; Educational Hypermedia; Educational Internet; Embedded Systems Education; Handheld and Wearable Computing; IPTV Technology; Information Infrastructures; Integrated Educational Environments; Intelligent Tutoring Systems; Learning-Oriented Devices and Networks; Mobile Communications; Mobile Learning, Teaching, and Training; Ontologies and Semantic Web; Peer-to-Peer Learning Systems; Pervasive e-Learning Scenarios; Remote and Wireless Teaching; Satellite Technologies for e-Learning; Social and Cooperative Learning; User-Oriented Device Interfaces; Virtual Learning Environments; e-Commerce for Online Education; e-Learning Platforms