Feature selection for model calibration
Lucia Gomez Teijeiro
In today’s information era, data analysis often involves dealing with vast amounts of information, commonly known as Big Data. One way to streamline this process is through the use of Feature Selection (FS) methods. These techniques enable the reduction of features in a dataset while retaining sufficient information to achieve better modeling performance. In this context, we will examine the benefits and potential drawbacks associated with FS, taking into consideration the analytical objective and the intrinsic characteristics of the data. Although numerous FS techniques exist, we will only discuss a select few, such as those utilizing dimensionality reduction or graphs, that can serve as valuable tools in enhancing data analysis.
Training Suggestion
Open-access papers
- Performance Analysis of Unsupervised Feature Selection Methods
- Feature Selection Using Principal Feature Analysis
- Concrete Autoencoders for Differentiable Feature Selection and Reconstruction
- Autoencoder Based Feature Selection Method for Classification of Anticancer Drug Response
- Laplacian Score for Feature Selection
- MCL - a cluster algorithm for graphs
Article (access through UNIGE network)
Open-access article with code
Blog posts with open code
- How to use Deep-Learning for Feature-Selection, Python, Keras
- Dimensionality Reduction using an Autoencoder in Python