My areas of interest include Combinatorics, Spectral graph theory, Matrix theory and Functional analysis.
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Gain distance matrices for complex unit gain graphs Samanta A., Kannan R. By Discrete Mathematics 345 112634- (2021)
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P-proper splitting Kannan R. By Aequationes Mathematicae 91 619-633 (2017)
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Bounds for the extremal eigenvalues of gain Laplacian matrices Kannan R., Kumar N. , Pragada S. By Linear Algebra and its Applications 625 212-240 (2021)
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Bounds for the energy of a complex unit gain graph Samanta A., Kannan R. By Linear Algebra and its Applications 612 1-29 (2021)
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Sign non-reversal property for totally positive matrices and testing total positivity on their interval hull Choudhury P. N., Kannan R. , Khare A. By Bulletin of the London Mathematical Society 53 981-990 (2021)
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On distance and Laplacian matrices of trees with matrix weights, Atik F., Bapat R. B., Kannan R. By Linear and Multilinear Algebra 69 2607-2619 (2021)
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Spectra of eccentricity matrices of graphs Mahato I., Gurusamy R. , Kannan R. , Arockiaraj S. By Discrete Applied Mathematics 285 252-260 (2020)
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Eigenvalue bounds for some classes of matrices associated with graphs Kannan R., Mehatari R. By Czechoslovak Mathematical Journal 71 231-251 (2021)
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Interval hulls of N-matrices and almost P-matrices Choudhury P. N., Kannan R. By Linear Algebra and its Applications 617 27-38 (2021)
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On the construction of cospectral graphs for the adjacency and the normalized Laplacian matrices, Kannan R., Pragada S. By Linear and Multilinear Algebra - (Accepted/In-Press)
- Co-Principal Investigator
Ph. D. Students
Arpita Sikder
Area of Research: Linear Algebra and Applications
Mainak Basunia
Area of Research: Matrix theory and applications
Mou Pramanik
Area of Research: Computational Linear Algebra