• Track 1: Mobility
• Track 2: Security
• Track 3: New Technologies & services

Track 1: Mobility

• Mobile 3G, 4G, LTE (Long Term Evolution), convergence (IMS, etc.)
• WiMAX, WLAN, DVB, WiFi
• PAN, BAN, WSN, UWB
• Wireless MAC protocols
• Media sensor and ad hoc networks
• Self-organizing of wireless networks
• Mesh networks and autonomic systems
• Optical networks and switching (new generation SDH, OTN)
• Vehicular Communication Technologies and Systems
• Mobility management and Handover
• Scheduling Techniques for Wireless Systems
• Routing, QoS and scheduling
• Resource allocation management
• Analysis, simulation, measurement and performance evaluation
• Cross-layer network design and optimization
• Cognitive radio
• Testbed experiments, Mobile/Wireless
• Applications and Services
• Wireless and mobile multimedia systems
• Integration of heterogeneous mobile, wireless and wireline networks
• Mobility, location and handoff management
• Wireless services and middleware platforms

Track 2 : Security

• Authentication protocols and services authorization
• Data and system integrity and confidentiality
• Availability of secure services
• Key Distribution and management, PKI and security management
• Trust models and Trust establishment
• Identity management, authentication and access control
• Deployment and management of computer/network security policies
• Monitoring Design for security, distributed Intrusion Detection Systems & Countermeasures
• Single and multi-source intrusion detection and response
• Traffic filtering and Firewalling
• IPv6 security, IPSec, Virtual Private Networks (VPNs)
• Privacy, contract agreements, and payment systems
• Revocation of malicious parties
• Prevention, Detection and Reaction Design
• Light-weight cryptography
• Quantum Cryptography and QKD
• Applications of Cryptography and Cryptanalysis in communications security
• Mobile code security & Security management
• Secure PHY, MAC, Routing and upper layer protocols
• Secure Cross layer design
• Secure naming and addressing (Privacy and anonymity)
• Network security metrics and performance evaluation
• Security modelling and protocol design
• Smart cards and secure hardware
• Biometric security: technologies, risks and vulnerabilities
• Information hiding and watermarking
• Vulnerability, exploitation tools, and virus/worm analysis
• Distributed Denial-of-Service (DDoS) attacks and countermeasures
• Cryptographic Hardware and Embedded Systems
• Web, e-mail , m-commerce, e-business and e-commerce security
• Testbeds, performance evaluation and formal specification methods
• Virtualization for security and reliability

Track 3 : New Technologies and Services

• New generation Internet, Post IP and IPv6
• NGN architectures, protocols and services management and delivery
• Web 2.0 applications and IMS (IP Multimedia Subsystems)
• Next generation systems & Service-oriented techniques
• IPTV and content distribution networks
• User-centric networking and services
• multimedia indexing and retrieval
• Personalized access to media systems
• Context/content-aware services
• Smart Homes and E-Health
  Web Commerce & Services, Data models, Web searching & querying
• Web Mining & Web Semantics
• Web service based Grid computing and P2P computing
• Advanced identification techniques (Biometrics, RFID, etc.)
• Virtualization technologies for grid and parallel computing.
• Interactive media, voice and video, games, immersive applications
• Network virtualization, virtual private networks (VPN), and services
• VoIP protocols and services
• Web Performance
• Support for Streaming and Real-time Media
• Wireless Multimedia Services and Applications
• Service Portability across Homogeneous and Heterogeneous Networks
• Service Provisioning Platforms & Service Roaming
• Traffic and Service Charging
• Content Networking: Caching, Content Distribution, Load Balancing, etc.
• Content-based networking: caching, distribution, load balancing, resiliency
• Mobile/wireless content distribution