2017 4th International Conference on Networking, Systems and Security (NSysS)

The 4th International Conference on Networking, Systems and Security 2017 (4th NSysS 2017) aims at providing a forum of researchers, practitioners, developers, and users to exchange new ideas and results related to computer networks, networking systems, and security across academia and industry. 4th NSysS 2017 will be held during December 18-20, 2017 in Dhaka, the capital of Bangladesh. This conference is technically co-sponsored by ACM Chapter and IEEE Bangladesh Section.
We solicit original technical papers articulating novel ideas, protocols, and algorithms with ground-breaking results and/or quantified experiences involving networking systems and security. The conference values papers, which will take a broad networking and/or security perspective(s) covering contemporary and future applications. Of particular interest are technical contributions that enable new and compelling networking and security paradigms.

Scope

• Addressing and location management
• Cellular and broadband wireless nets
• Cognitive radio networking
• Congestion control
• Cross layer design and optimization
• Cyber physical systems and networking
• Data centers
• Data reduction, inference, and signal processing
• Delay/disruption tolerant networks
• Denial of service
• Embedded software for sensor networks
• Energy harvesting
• Experience with real-world applications
• Experimental results from operational networks or network applications
• Fault-tolerance, reliability, and troubleshooting
• Future Internet design
• Innovative applications and deployment experiences
• Mobile, participatory, and social sensing
• Multicast, broadcast and anycast
• Multimedia protocols
• Near field communication
• Network architectures
• Network management and traffic engineering
• Network security and privacy
• Network simulation and emulation
• Network, transport, and application-layer protocols
• Novel components, devices and architectures for networked sensing
• Operating systems and runtime environments
• Optical networks
• P2P, overlay, and content distribution networks
• Power control and management
• Quality of service
• Resource allocation and management
• RFID networks and protocols
• Satellite networks
• Scheduling and buffer management
• Security, trust and privacy
• Self-organizing networks
• Sensor data storage, retrieval, processing and management
• Social computing and networks
• Switches and switching
• Theoretical foundation and fundamental bounds
• Topology characterization and inference
• Underground and underwater networks
• Vehicular networks
• Wireless, mobile, ad-hoc, and sensor networks