Uncertainty Modelling in Data Science 1st ediiton by Sebastien Destercke, Thierry Denoeux, Maria Angeles Gil, Przemyslaw Grzegorzewski, Olgierd Hryniewicz – Ebook PDF Instant Download/Delivery: 3319975471, 978-3319975474
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ISBN 10: 3319975471
ISBN 13: 978-3319975474
Author: Sebastien Destercke, Thierry Denoeux, Maria Angeles Gil, Przemyslaw Grzegorzewski, Olgierd Hryniewicz
This book features 29 peer-reviewed papers presented at the 9th International Conference on Soft Methods in Probability and Statistics (SMPS 2018), which was held in conjunction with the 5th International Conference on Belief Functions (BELIEF 2018) in Compiègne, France on September 17–21, 2018. It includes foundational, methodological and applied contributions on topics as varied as imprecise data handling, linguistic summaries, model coherence, imprecise Markov chains, and robust optimisation. These proceedings were produced using EasyChair.
Over recent decades, interest in extensions and alternatives to probability and statistics has increased significantly in diverse areas, including decision-making, data mining and machine learning, and optimisation. This interest stems from the need to enrich existing models, in order to include different facets of uncertainty, like ignorance, vagueness, randomness, conflict or imprecision. Frameworks such as rough sets, fuzzy sets, fuzzy random variables, random sets, belief functions, possibility theory, imprecise probabilities, lower previsions, and desirable gambles all share this goal, but have emerged from different needs.
The advances, results and tools presented in this book are important in the ubiquitous and fast-growing fields of data science, machine learning and artificial intelligence. Indeed, an important aspect of some of the learned predictive models is the trust placed in them.
Modelling the uncertainty associated with the data and the models carefully and with principled methods is one of the means of increasing this trust, as the model will then be able to distinguish between reliable and less reliable predictions. In addition, extensions such as fuzzy sets can be explicitly designed to provide interpretable predictive models, facilitating user interaction and increasing trust.
Uncertainty Modelling in Data Science 1st Table of contents:
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Introduction to Uncertainty in Data Science
- Definition of uncertainty in data science and machine learning
- Sources of uncertainty: measurement, model, and computational
- Types of uncertainty: epistemic vs. aleatoric
- Role of uncertainty in decision-making and risk analysis
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Mathematical Foundations of Uncertainty
- Basic probability theory and statistics
- Probability distributions and their applications
- Bayesian inference and uncertainty propagation
- Fuzzy sets and fuzzy logic
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Uncertainty Representation Models
- Probability theory-based models
- Fuzzy sets and possibility theory
- Evidence theory and Dempster-Shafer theory
- Imprecise probability and imprecise credal sets
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Uncertainty Propagation and Inference
- Methods for propagating uncertainty in data models
- Monte Carlo methods and their use in uncertainty propagation
- Sensitivity analysis and uncertainty quantification
- Approximation techniques (e.g., polynomial chaos, Gaussian processes)
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Uncertainty in Machine Learning
- Incorporating uncertainty into supervised learning
- Bayesian machine learning models (e.g., Bayesian networks, Gaussian processes)
- Uncertainty in deep learning (e.g., Bayesian deep learning, dropout as a form of uncertainty)
- Model uncertainty and uncertainty calibration
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Multimodal Uncertainty and Fusion Techniques
- Combining different sources of uncertainty
- Data fusion techniques and decision support systems
- Multi-sensor data fusion and uncertainty management
- Consensus and decision-making under uncertainty
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Applications of Uncertainty Modeling
- Uncertainty in classification and regression tasks
- Applications in data-driven decision support
- Uncertainty in time-series forecasting
- Uncertainty in anomaly detection and outlier analysis
- Risk assessment and management in industrial applications
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Handling Large-Scale Uncertainty in Big Data
- Challenges in uncertainty modeling with big data
- Scalable techniques for uncertainty propagation in large datasets
- Parallel and distributed uncertainty analysis
- High-dimensional uncertainty and feature selection
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Advanced Topics in Uncertainty Modelling
- Handling epistemic uncertainty in complex models
- Dynamic uncertainty models for evolving data
- Uncertainty in optimization and decision-making under uncertainty
- Use of artificial intelligence for managing uncertainty
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Uncertainty Visualization and Communication
- Techniques for visualizing uncertainty
- Communicating uncertainty to stakeholders and decision-makers
- Uncertainty in scientific communication and public understanding
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Case Studies and Practical Applications
- Uncertainty modeling in medical diagnostics
- Environmental modeling and climate prediction
- Autonomous systems and robotics
- Finance and economic modeling under uncertainty
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Conclusion and Future Directions
- Summary of key concepts
- Open problems in uncertainty modeling
- Emerging trends and technologies in uncertainty analysis
- The future of uncertainty in data science and AI
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