Distributed (message passing) algorithms, Self-healing and resilient networks, Graph theory, Game theory

Sustainable computing, Edge-cloud computing, Data Science, Machine learning,  Software-defined networking, Blockchain, Smart grid, Internet of Things, Security and Privacy

Smart City Applications (smart homes, healthcare, transportation, etc.), Data analytics, Artificial intelligence and Machine Learning, Cyber-physical systems and Internet-of-things, Programmable and scalable networking, Wireless network & security, Resource aware computing, Energy optimization

Algorithms on graphs, Temporal graphs/networks, Distributed computing

Graph algorithms, distributed optimization, randomized algorithms, communications networks, derandomization, probabilistic method, communication complexity

Algorithmic aspects of communication networks, Time-varying graphs and networks, Computing with explorable uncertainty, Approximation and on-line algorithms for combinatorial optimisation problems

Cryptographic primitives, security models, and relationship between primitives, Idealized models of computation, such as the random-oracle or the ideal-cipher model, as well as cryptosystems with advanced functionalities, such as functional encryption, multi-linear maps, and obfuscation

Distributed algorithms, movement and computing, fault tolerant computing, distributed algorithms for dynamic networks, graph algorithms, randomized algorithms, biologically inspired computing.

Data centre networks design and theory, Distributed algorithms and computing, Dynamic networks and graphs (temporal graphs, dynamically changing topologies and computation), Fault-tolerant computing and networks, Graph theory underpinning networks, Reconfigurable resilient networks, Software-defined networks and programmable networks, Wireless multi-hop networks (ad hoc, vehicular, mesh, sensor networks)

Study width parameters of networks, design of efficient (fixed-parameter tractable) algorithms for computation of these parameters. Interested in understanding dependencies between the parameters that are motivated by applications outside of pure graph theory (for example, network design or knowledge compilation).

Computer network architecture design, Network algorithms and protocols, Performance analysis and evaluation, Wireless or mobile multi-hop networks, multicast, multimedia communications

Performance modeling and analysis of communication networks, Data centre networks, Internet of Things, Quantum networking, Sequential analysis, Queueing theory