Sebbah, A.
* 2020: Privacy and Authentication Scheme for IoT Environments Using ECC and Fuzzy Extractor, A
Sebbah, B.[Boutaina]
* 2023: GIS-Based Multi-Criteria Evaluation (MCE) Methods for Aquaculture Site Selection: A Systematic Review and Meta-Analysis
Sebban, M.[Marc]
* 2001: Bayesian boosting theorem, A
* 2001: improved bound on the finite-sample risk of the nearest neighbor rule, An
* 2002: hybrid filter/wrapper approach of feature selection using information theory, A
* 2006: Learning stochastic edit distance: Application in handwritten character recognition
* 2006: Using Learned Conditional Distributions as Edit Distance
* 2008: Learning probabilistic models of tree edit distance
* 2008: Melody Recognition with Learned Edit Distances
* 2009: lower bound on the sample size needed to perform a significant frequent pattern mining task, A
* 2010: Accurate visual word construction using a supervised approach
* 2010: Learning state machine-based string edit kernels
* 2012: Discriminative feature fusion for image classification
* 2012: Supervised learning of Gaussian mixture models for visual vocabulary generation
* 2013: Unsupervised Visual Domain Adaptation Using Subspace Alignment
* 2014: Modeling Perceptual Color Differences by Local Metric Learning
* 2015: Landmarks-based kernelized subspace alignment for unsupervised domain adaptation
* 2016: Metric Learning as Convex Combinations of Local Models with Generalization Guarantees
* 2018: Learning maximum excluding ellipsoids from imbalanced data with theoretical guarantees
* 2019: Deep multi-Wasserstein unsupervised domain adaptation
* 2020: Metric Learning from Imbalanced Data with Generalization Guarantees
* 2022: MetaAP: A meta-tree-based ranking algorithm optimizing the average precision from imbalanced data
Includes: Sebban, M.[Marc] Sebban, M.
20 for Sebban, M.
Sebbane, A.[Alexis]
* 2007: Random Walk and Front Propagation on Watershed Adjacency Graphs for Multilabel Image Segmentation
Sebbar, B.
* 2020: Decisional Tree Models for Land Cover Mapping and Change Detection Based on Phenological Behaviors. Application Case: Localization Of Non-fully-exploited Agricultural Surfaces In the Eastern Part of The Haouz Plain In the Semi-arid Central Morocco
Sebbe, R.
* 2005: Model-Guided Segmentation of Opacified Thorax Vessels