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Publications
A Novel Approach Based on Associative Rule Mining Technique for Multi-label Classification (ARM-MLC)

Citation : Prathibhamol, C. P., K. Ananthakrishnan, Neeraj Nandan, Abhijith Venugopal, and Nandu Ravindran. "A ...

Publisher :Springer

Publications
Rate induced transitions and advanced takeoff in power systems

Citation : Suchithra, K. S., Gopalakrishnan, E. A., Surovyatkina, E. and Kurths, J. “Rate induced transitions ...

Publications
Data Driven Methods for Finding Pattern Anomalies in Food Safety

Citation : Anantha Krishna, S., Soman, A., & Nair, M. (2021). Data driven methods for finding pattern anomalies ...

Publisher :Springer

Publications
Molecular Dynamics Information Improves cis-Peptide-Based Function Annotation of Proteins

Citation : Sreetama Das, Pratiti Bhadra, Suryanarayanarao Ramakumar, Debnath Pal "Molecular Dynamics Informatio ...

Publications
Ensemble Machine Learning Approaches in Molecular Fingerprint based Virtual screening

Citation : Ensemble Machine Learning Approaches in Molecular Fingerprint based Virtual screening, Sreejesh Kuma ...

Publisher :IEEE

Publications
A Transfer Learning Approach for Predicting Alzheimer’s Disease

Citation : Rajeswari, S. S., & Nair, M. (2021). A transfer learning approach for predicting alzheimer's disease ...

Publisher :IEEE

Publications
Detecting Autism Spectrum Disorder Using DenseNet

Citation : Karri VS, Remya S, Vybhav AR, Ganesh GS, Eswar J., "Detecting Autism Spectrum Disorder Using DenseNe ...

Publisher :SpringerLink

Publications
Classification of rubberized coir fibres using deep learning-based neural fuzzy decision tree approach

Citation : Remya S, Sasikala R., "Classification of rubberized coir fibres using deep learning-based neural fuz ...

Publisher :Springer

Publications
Recognizing Significant Motifs of Corona Virus Spike Proteins using Computational Approaches

Citation : Nair, M., Anusree, P. R., & Babu, A. (2021). Recognizing significant motifs of corona virus spike pr ...

Publisher :IEEE

Publications
AmPEP: Sequence-based prediction of antimicrobial peptides using distribution patterns of amino acid properties and random forest

Citation : Pratiti Bhadra, Jielu Yan, Jinyan Li, Simon Fong & Shirley W. I. Siu, "AmPEP: Sequence-based predict ...

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