Our People

Field of Specialization : Computational Fluid Dynamics, Non-Newtonian Fluid Flows, Tribology Areas of Research : CFD, Rheology, Tribology, Computational Techniques, Optimization Techniques, Data Mining, Wireless Sensor Networks and Cloud Computing.

Graph Theory (Pure & Applied) Algorithmic Graph Theory, Wireless networks

Operator Spaces K-Theory of Operator Algebras Theory of Reproducing Kernel-Hilbert Spaces Theory of Operator Ideals

Cryptography, Finite Fields, Functional Analysis, Number Theory, Operator, Algebras

Numerical methods – Radial basis function based schemes

Numerical Linear Algebra, Interval Linear Algebra, Generalized Inverses

Machine Learning, Data Streams, Time Series, Clustering, Anomaly Detection

Mathematical Imaging, Image Processing, Data compression, Data Science, Machine Learning, Algorithms, AI and Deep Learning

Bioinformatics, Deep Learning, Medical Imaging Informatics

Cybersecurity, Real-world Crypto Protocols, Quantum-safe, Cryptography IoT security

Image Processing, Deep learning, Computer Vision, Partial Differential Equations

Analysis on Metric Spaces, Topology

Reliability Engineering, Stochastic Process

Functional Analysis, Operator Theory

Computer Vision and Deep Learning, Machine Learning, Image Processing, Data Structures, Artificial Intelligence (AI in Healthcare Applications), Algorithms, Video surveillance for anomaly detection

Graph Algorithms: Algorithms for wireless Sensor Networks, High Performance Computing, Design and Analysis of Algorithm

Computer Network Security, Remote User Authentication, Mobile computing, Post-Quantum Cryptography, Blockchain Technology, Security of IoT using Blockchain, Cloud Computing

Statistical Inference, Reliability estimation Mathematical Statistics

Graph Theory , Combinatorics

Graph Theory, Combinatorics

Functional Equations, Fixed Point Theory, Dynamical Systems