Загрузка страницы

Machine Learning Blink 10.2 (Feature selection: wrapper and filter methods)

#dimensionalityReduction #machineLearning #featureSelection

The video PDF can be downloaded at https://drive.google.com/file/d/1peXEorN7X7DGYXltPUKKNBWE8Vu6HoKg/view?usp=sharing

For more, please check the following:
1. Review paper on feature selection (FS) methods: https://arxiv.org/pdf/1601.07996.pdf
with Python Github code implementing different FS methods:
https://github.com/jundongl/scikit-feature

2. Feature selection library in Matlab: https://in.mathworks.com/matlabcentral/fileexchange/56937-feature-selection-library

3. Python code for feature selection:
https://scikit-learn.org/stable/modules/feature_selection.html#

4. Recently published paper by Kuncheva et al. 2018 [Pattern Recognition journal] "on feature selection protocols for very low-sample-size data":
http://pages.bangor.ac.uk/~mas00a/papers/lkjrpr18.pdf

Видео Machine Learning Blink 10.2 (Feature selection: wrapper and filter methods) канала BASIRA Lab
Показать
Комментарии отсутствуют
Введите заголовок:

Введите адрес ссылки:

Введите адрес видео с YouTube:

Зарегистрируйтесь или войдите с
Информация о видео
25 апреля 2019 г. 19:18:55
00:20:19
Другие видео канала
Multi-view Brain Network Normalization and Integration (Dhifallah et al., MedIA 2020)Multi-view Brain Network Normalization and Integration (Dhifallah et al., MedIA 2020)Analysis of Algorithms Blink 2.3 (Recap of insertion sort and merge sort)Analysis of Algorithms Blink 2.3 (Recap of insertion sort and merge sort)Machine Learning Blink 3.6 (Hands-on step-by-step linear Naive Bayes classifier example)Machine Learning Blink 3.6 (Hands-on step-by-step linear Naive Bayes classifier example)Female scientists and gender bias | Amy Diehl [WiM/RISE MICCAI 2021]Female scientists and gender bias | Amy Diehl [WiM/RISE MICCAI 2021]Synergetic Multiplex Network for Multi-Organ Segmentation (Bnouni et al  PRIME MICCAI 2020)Synergetic Multiplex Network for Multi-Organ Segmentation (Bnouni et al PRIME MICCAI 2020)Analysis of Algorithms Blink 1.1 (Introduction via the travelling saleseman problem)Analysis of Algorithms Blink 1.1 (Introduction via the travelling saleseman problem)Graph Deep Learning for Healthcare Applications | Dr Anees KaziGraph Deep Learning for Healthcare Applications | Dr Anees KaziMachine Learning Blink 6.4 (non-linear logistic regression model)Machine Learning Blink 6.4 (non-linear logistic regression model)Predictive Intelligence in Medicine: Methods and Challenges | Islem Rekik [ESMRMB invited talk 2021]Predictive Intelligence in Medicine: Methods and Challenges | Islem Rekik [ESMRMB invited talk 2021][Deep Graph Learning] 3.5 Global and local aggregation methods[Deep Graph Learning] 3.5 Global and local aggregation methodsMachine Learning Blink 3.5 (geometric covariance for 2D data interpretation)Machine Learning Blink 3.5 (geometric covariance for 2D data interpretation)[Deep Graph Learning] 3.3 Graph pooling & embedding aggregation[Deep Graph Learning] 3.3 Graph pooling & embedding aggregationTeacher-Student Graph Neural Network for Affordable Medicine | FAIR 2021Teacher-Student Graph Neural Network for Affordable Medicine | FAIR 2021[Deep Graph Learning] 5.2 Node permutation equivariance in GNNs[Deep Graph Learning] 5.2 Node permutation equivariance in GNNsMachine Learning Blink 8.2 (what is support vector machines (SVM)?)Machine Learning Blink 8.2 (what is support vector machines (SVM)?)How to install and run #MetaRegGNN code? #RegressionGNN #GitHub #PRIME-MICCAI2022How to install and run #MetaRegGNN code? #RegressionGNN #GitHub #PRIME-MICCAI2022Best Project Presentation on Lanczosnet (multi-scale deep graph convolutional networks #ICLR2019)Best Project Presentation on Lanczosnet (multi-scale deep graph convolutional networks #ICLR2019)Deep Cross-Modality and Resolution Graph Integration | GRAIL MICCAI 2022Deep Cross-Modality and Resolution Graph Integration | GRAIL MICCAI 2022#ReMI-Net GitHub Code for Recurrent Multigraph Integration and Prediction | Oytun Demirbilek#ReMI-Net GitHub Code for Recurrent Multigraph Integration and Prediction | Oytun DemirbilekHow to install and run #DualHINet code? #GitHub #GNN #PRIME-MICCAI2022How to install and run #DualHINet code? #GitHub #GNN #PRIME-MICCAI2022Graph Theory Blink 3.1 (Connected components in a graph and minimum spanning tree)Graph Theory Blink 3.1 (Connected components in a graph and minimum spanning tree)
Яндекс.Метрика