Computer Science and Engineering
Applied Computer Science (Artificial Intelligence, Deep Learning, Machine Learning, Internet
of Things, Data Science, Large Language Models, Pattern Recognition), Natural Language
Processing, Theoretical Computer Science (Algorithms), Next-Generation Communication, Time
Series Analysis, Autonomous Vehicles, Computer Vision, Drone Communication, Ad hoc Networks,
Wireless Communication, Post-Quantum Encryption, Intelligent Transportation Systems,
Edge/Fog Computing, Cloud Computing, Edge Intelligence, Soft Computing and Optimization,
Cooperative Communication, Cognitive Radios, Signal, Image, and Video Processing, Medical
Image Processing, Audio Processing, Real-time Processing Hardware Design, Multispectral and
Hyperspectral Remote Sensing Image Analysis, Quantum Cryptography, Service Orchestration in
the Computing Continuum, Complex Network Dynamics with Generative AI, Spectral Graph Theory,
Blockchain, Quantum Network Science.
Mathematics and Computing
Geometry of Banach Spaces, Computational Geometry, Geometric Approximation Algorithms,
Algorithmic Graph Theory, Linear Operators, Differential Equations, Fractional Differential
Equations, Controllability, Stability Theory, Stability Analysis, Control Theory, Complex
Systems, Network Analysis, Computational Fluid Dynamics, Numerical Analysis, Linear and
Nonlinear Optimization, Optimization on Manifolds and its Applications, Nonsmooth Analysis,
Mathematical Modeling.
Note: Research topics are not limited to the above-mentioned thrust
areas and can be decided based on the mutual interest of the guide and the Ph.D.
scholar.