“Vahid Rezaei Tabar”


IPM Positions

Non Resident Researcher, School of Biological Sciences
(2007 - Present )

Related Papers

1. P. Urban, V. Rezaei Tabar, G. Bokota, M. Denkiewicz, S. Basu and D. Plewczy�?ski
Dendritic Spines Taxonomy: The Functional and Structural Classification • Time-Dependent Probabilistic Model of Neuronal Activation
Journal of Computational Biology (2020), https://doi.org/10.1089/cmb.2018.0155  [abstract]
2. P. Urban, V. Rezaei Tabar, M. Denkiewicz, G. Bokota, N. Das, S. Basu and D. Plewczynski
The Mixture of Autoregressive Hidden Markov Models of Morphology for Dentritic Spines During Activation Process
Journal of Computational Biology (2020), https://doi.org/10.1089/cmb.2019.0383  [abstract]
3. P. Urban, V. Rezaeitabar, G. Bokota, . Denkiewicz, . Basu and . Plewczy�?ski
Dendritic Spines Taxonomy: the functional and structural classification. Time-dependent probabilistic model of neuronal activation
Journal of Computational Biology (2020),   [abstract]
4. R. Aghdam, V. Rezaei Tabar and H. Pezeshk
Some Node Ordering Methods for the K2 Algorithm
Computational Intelligence DOI: 10.1111/coin.12182 (2018), 1-17  [abstract]
5. V. Rezaei Tabar and H. Pezeshk
Generalized Profile Hidden Markov Model (PHMM) based on the Dependency between sequences
Progress in Biological Sciences 6 (2016), 117-127 10.22059/PBS.2016.590014  [abstract]
6. V. Rezaei Tabar, F. Eskandari and S. Salimi
A novel node ordering method using L1-regularized Markov Blanket and modified likelihood reduction factor for the K2 algorithm
pattern recognition letter (inProgress) [abstract]
7. S. Salimi and V. Rezaei Tabar
Learning Bayesian Network Structure using Markov Blanket in K2 Algorithm
Statistical ideas 21 (2016), 1-12  [abstract]
8. V.Rezaei. , S. Naghizadeh. , H. Pezeshk. , M. Sadeghi. and C. Eslahchi.
Comparison of the bidirectional Baum-Welch algorithm and the Baum-Welch algorithm on regular lattice
Progress in Biological Sciences 2 (2013), 14-22  [abstract]
9. V.Rezaei. , H. Pezeshk. , M. Sadeghi. and C. Eslahchi.
Assignment Of Protein Sequences To Protein Family Profiles Using Spatial Statistics.
MATCH Communication in Methematical and in Computer Chemistry 69 (2013), 7-24  [abstract]
10. V.Rezaei. Rezaie, H. Pezeshk and H.Pérez-Sa'nchez.
Generalized Baum-Welch Algorithm Based On The Similarity Between Sequences.
Plos One 8 (2013), e80565  [abstract]
11. V.Rezaei. , M. Mohamadzadeh. and H.Pezeshk.
Comparison Between Spatial Statistics Model And Bidirectional Hidden Markov Model For Assignment Of Protein Sequences
Iranian Statistical Conference (2012), 511-517  [abstract]
12. S. Naghizadeh. , V. Rezaei. , H.Pezeshk. and D. Matthews.
A Modified Hidden Markov Model And Its Application In Protein Secondary Structure Prediction
Proteomics Bioinform 5 (2012),   [abstract]
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