This tutorial demonstrates how to fine-tune Mistral Small 3.1, a small language model, for emotion recognition. It focuses on handling imbalanced training sets and classifying 15 distinct emotions from social media posts. The guide provides Python code and practical steps to achieve this task. It is a hands-on approach for applying fine-tuning to real-world sentiment analysis.
This article is the second part of a series on Chronos-2, a time-series foundation model. It explores five distinct methods for fine-tuning the model when zero-shot inference is insufficient. The content builds on a previous case study that demonstrated out-of-the-box performance. The author provides practical guidance for adapting the model to specific datasets. The article highlights situations where fine-tuning is necessary for improved accuracy.
This article discusses training geospatial machine learning models when labeled samples are scarce. It addresses the common problem in remote sensing where imagery is abundant but field labels are expensive and rare. The author likely covers techniques such as transfer learning, self-supervised learning, or data augmentation to overcome label scarcity. The tutorial aims to help practitioners build accurate maps with limited ground truth data.