Principal Component Classification
Rozenn Dahyot

TL;DR
This paper introduces a PCA-based classification method that learns features with class scores, resulting in an efficient encoder-decoder model suitable for supervised learning and effective across multiple datasets.
Contribution
It presents a novel PCA-based approach for direct classification that combines feature learning with class score encoding in a computationally efficient model.
Findings
Performs well on several datasets
Has an encoder-decoder structure for supervised learning
Offers computational efficiency
Abstract
We propose to directly compute classification estimates by learning features encoded with their class scores using PCA. Our resulting model has a encoder-decoder structure suitable for supervised learning, it is computationally efficient and performs well for classification on several datasets.
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Taxonomy
TopicsNeural Networks and Applications
MethodsPrincipal Components Analysis
