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Session 13
Numerical Computation
Machine Learning Applications in Numerical Computing
4.5 hours
Duration
8
Materials
6
Objectives
Session Overview
Integration of machine learning techniques with numerical methods including neural networks for PDE solving, reinforcement learning for optimization, and data-driven numerical methods.
Learning Objectives
By the end of this session, you should be able to:
- Apply neural networks to approximate solutions of differential equations
- Use machine learning for automatic parameter tuning in numerical algorithms
- Implement physics-informed neural networks (PINNs) for PDE solutions
- Apply reinforcement learning to numerical optimization problems
- Use data-driven approaches for model reduction and surrogate modeling
- Integrate machine learning with traditional numerical methods
Course Materials
Download materials for offline study and reference
Machine Learning for Numerical Methods (60 pages)
Available material
Neural Network PDE Solver Implementations
Available material
Physics-Informed Neural Network Development
Available material
Reinforcement Learning Optimization Examples
Available material
Data-Driven Model Reduction Techniques
Available material
Surrogate Modeling and Approximation Methods
Available material
Hybrid ML-Numerical Algorithm Development
Available material
Complete ML-Enhanced Numerical Computing Framework
Available material