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Hands-On Guide To LoRAS: A Better Oversampling Algorithm

Localized Randomized Affine Shadowsampling (LoRAS) locally approximates the manifold by generating a random convex combination of noisy minority class data points.
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Imbalanced datasets are encountered in many fields, where machine learning has found its applications, including business, finance, and biomedical science. In imbalanced datasets, the number of instances in one (or more) class(es) is very low compared to the others. Training standard machine learning models on such datasets leads to the creation of biased models with higher false-positive and true-negative rates.  A common approach for overcoming this issue is generating synthetic instances of the minority class using an oversampling algorithm. SMOTE is a widely used oversampling technique. It selects an arbitrary minority class data point and its k nearest neighbours of the minority class. SMOTE then generates synthetic minority class data points along line segments joining these k ne
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Picture of Aditya Singh
Aditya Singh
A machine learning enthusiast with a knack for finding patterns. In my free time, I like to delve into the world of non-fiction books and video essays.
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