The specific areas of interest include methodologies, formalisms, algorithms and systems for:

• Dynamic networks broadly defined, such as communication, wireless, social, energy and transportation networks
• Analytical modeling techniques and model validation
• Performance, scalability, power and reliability analysis
• Capacity planning, resource allocation, run time management and scheduling
• Anomaly detection, system measurement, monitoring and forecasting
• Routing, scheduling, resource allocation, and energy efficiency
• Scaling laws and fundamental limits
• Communication and networking aspects of cyber-physical systems
• Trust, security, and privacy
• Quality of service, total cost of ownership and pricing
• Applications of game theory, economics and control theory to dynamic networks
• Big data and machine learning in the context of dynamic networks
• Applications, middleware, transport, network, and MAC protocols
• Measurements from deployed and experimental systems