Created
November 20, 2025 00:57
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Summary of selected recent research papers on machine learning from arXiv database.
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| # Changing Data Sources in the Age of Machine Learning for Official Statistics | |
| - This paper discusses the risks and uncertainties of changing data sources in official statistics using machine learning. | |
| - Highlights issues like concept drift, bias, and data validity due to changing sources. | |
| - Recommends robust data sourcing, statistical techniques, and monitoring to ensure integrity and reliability. | |
| # Active Learning for Data Streams: A Survey | |
| - Provides an overview of active learning strategies for data streams, focusing on selecting informative data points in real-time. | |
| - Reviews static pool-based and stream-based active learning methods. | |
| - Discusses strengths, limitations, challenges, and opportunities of online active learning. | |
| # DOME: Recommendations for Supervised Machine Learning Validation in Biology | |
| - Presents community-wide recommendations to establish standards for supervised machine learning validation in biology. | |
| - Introduces the DOME structured method description based on data, optimization, model, and evaluation. | |
| - Helps reviewers and readers understand performance and limitations for biology ML applications. | |
| # Emotion in Reinforcement Learning Agents and Robots: A Survey | |
| - Surveys computational models of emotions in RL agents. | |
| - Explores how emotions influence motivation and decision-making in RL. | |
| - Reviews emotion types, their impact on learning efficiency, and social signaling. | |
| - Connects emotion models with intrinsic motivation and model-based RL. | |
| # Learning Curves for Decision Making in Supervised Machine Learning: A Survey | |
| - Surveys learning curves to assess performance of ML algorithms relative to resources like training data or iterations. | |
| - Categorizes learning curve approaches for decision-making in data acquisition, early stopping, and model selection. | |
| - Provides a framework to classify learning curve methods by decision context and resource types. | |
| --- | |
| These summaries provide a snapshot of current research trends and challenges in machine learning, ranging from data integrity, active learning, validation standards, affective computing in RL, to learning curve applications in decision-making. |
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