Computaional Linear Algebra
Computational methods in Statistics
Predictive Maintenance
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Linearly structured quadratic model updating using partial incomplete eigendata Saha T., Rakshit S. , Khare S. R. By Applied Mathematics and Computation 446 127-891 (2023)
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Symmetric band structure preserving finite element model updating with no spillover Rakshit S., Khare S.R. By Mechanical Systems and Signal Processing 116 415-431 (2019)
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Dynamic Forward and Backward Sparse Training (DFBST): Accelerated Deep Learning through Completely Sparse Training Schedule Pote T., Ganaie M. A., Hassan A. , Khare S. R. By Asian Conference on Machine Learning 848-863 (2023)
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Solution of the linearly structured partial polynomial inverse eigenvalue problem Rakshit S., Khare S.R. By Journal of Computational and Applied Mathematics 411 - (2022)
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Nearest linearly structured polynomial matrix with some prescribed distinct eigenvalues Saha T., Rakshit S., Khare S.R. By Linear and Multilinear Algebra - (2021)
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Computation of the nearest non-prime polynomial matrix: Structured low-rank approximation approach Saha T., Khare S.R. By Linear Algebra and Its Applications 616 84-124 (2021)
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Minimum Distance-Based Detection of Incipient Induction Motor Faults Using Rayleigh Quotient Spectrum of Conditioned Vibration Signal Samanta A.K., Routray A., Khare S.R., Naha A. By IEEE Transactions on Instrumentation and Measurement 70 - (2021)
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Structured Low-Rank Approximation: Optimization on Matrix Manifold Approach Saha T., Khare S. By International Journal of Applied and Computational Mathematics 7 - (2021)
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Direct estimation of multiple time-varying frequencies of non-stationary signals Samanta A.K., Routray A., Khare S.R., Naha A. By Signal Processing 169 - (2020)
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An improved algorithm for basis pursuit problem and its applications Saha T., Srivastava S., Khare S., StanimiroviÄ P.S., PetkoviÄ M.D. By Applied Mathematics and Computation 355 385-398 (2019)
Principal Investigator
- Polynomial Inverse Eigenvalue Problem and Applications
Co-Principal Investigator
- Fault Mapping and Facies Prediction using BIG Data Analytics GEOPIC, ONGC
Ph. D. Students
Anjali Beniwal
Area of Research: Applied Linear Algebra
Ashraf Haroon Rashid
Area of Research: Multilinear Tensor Algebra for Deep Learning and Medical Imaging
Atif Hassan
Area of Research: Machine learning and Deep learning with applications
Debkanta Mondal
Area of Research: Applied Linear Algebra
R Bharathram
Area of Research: Asset Failure Prediction, Predictive Maintenance
MS Students
Rakshith Sathish
Area of Research: Explainable Deep Learning