The International Conference on Computer Networks is an important event in the area of computer networks and applications.

The conference will be held at the same time and location where several other major international conferences will be taking place. The scope of the conference includes all areas of computer networks and applications.

The conference is part of: 2010 Multi-Conference in Computer Science, Computer Engineering, Information Technology and Control Engineering (MULTICONF-10).

The primary goal of MULTICONF is to promote research and developmental activities in computer science, information technology, control engineering, and related fields. Another goal is to promote the dissemination of research to a multidisciplinary audience and to facilitate communication among researchers, developers, practitioners in different fields.

Sample topics include but WILL NOT be limited to:

• 3G and beyond
• Advanced network protocol design and analysis
• Cognitive radio networks
• Communication and information theory
• Computer networks
• Cross-layer design and optimization
• Data communications
• Distributed computing
• Future internet architectures and protocols
• Grid computing
• Internet services and applications
• Internet services and network management
• Internet services, systems and applications
• Mobile computing
• Multimedia networking
• Network algorithms and performance evaluation
• Network and information security
• Network architecture and hardware
• Network architecture and protocols
• Network dependability
• Network management
• Network programming
• Network security and privacy
• Network testing
• Networking algorithms and performance evaluation
• Optical networking
• Parallel and systolic computing
• Peer-to-Peer, grid and overlay networks
• Performance modelling
• Pervasive computing and grid networking
• Pervasive computing and mobile networking
• Protocol Verification and Validation
• Protocols and algorithms for wired networks
• Protocols and algorithms for wireless networks
• QOS control and traffic modeling
• Quality of service
• Reliability and fault tolerance
• Routing and traffic engineering
• Sensor and ad-hoc networking
• Signal processing for communications
• Virtual private networks
• Web computing
• Wireless ad-hoc and sensor networks
• Wireless communication and signal processing