Learn · Introductory Materials Informatics
Lecture 26 of 70Week 6
Lecture 13(B) : Support Vector Machine (part - 2)
Prof. Krishanu Biswas and Prof. Pratik Kumar Ray · IIT Kanpur / IIT Ropar
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- Introductory Materials Informatics, IIT Kanpur / IIT Ropar (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Kanpur.
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All the lectures
- Lecture 1(A) : General Introduction (Part 1)
- Lecture 1(B) : General Introduction (Part 2)
- Lecture 2(A) : Statistics & Regression (Part 1)
- Lecture 2(B) : Statistics & Regression (Part 2)
- Lecture 3(A) : Probability & Classification (Part 1)
- Lecture 3(B) : (Part - 2) Probability & Classification
- Lecture 4(A) : (Part-1) Data Handling - I
- Lecture 4(B) : (Part-2) Data Handling - I
- Lecture 5(A) : (Part-1) Data Handling - II
- Lecture 5(B) : (Part-2) Data Handling - II
- Lecture 6(A) : Materials Informatics in Action (Part - 1)
- Lecture 6(B) : Materials Informatics in Action (Part - 2)
- Lecture 7(A) : The Gradient Descent Methods (Part - 1)
- Lecture 7(B) : The Gradient Descent Methods (Part - 2)
- Lecture 8(A) : Regularization and solvers in regression
- Lecture 8(B) : Regularization and solvers in regression
- Lecture 9(A) : Various Types of Machine Learning (Part-1)
- Lecture 9(B) : Various Types of Machine Learning (Part-2)
- Lecture 10(A) : Describing the Problems (Part-1)
- Lecture 10(B) : Describing the Problems (Part-2)
- L11(A) : Linear Models (Part-1)
- L11(B) : Linear Models (Part-2)
- L12(A) : Decisions Tree (Part-1)
- L12(B) : Decisions Tree (Part-2)
- L13(A) : Decision Trees (Part-1)
- Lecture 13(B) : Support Vector Machine (part - 2)
- Lecture 14(A) : Support Vector Machine (part -1)
- Lecture 14(B) : Support Vector Machine and Neural Networks (part - 2)
- Lecture 15(A) : Neural Networks (part -1)
- Lecture 15(B) : Neural Networks (part - 2)
- Lecture 16(A) : Clustering (Part - 1)
- Lecture 16(B) : Clustering (Part - 2)
- Lecture 17(A) : Model Selection (Part - 1)
- Lecture 17(B) : Clustering (Part - 2)
- Lecture 18(A) : Visualization (Part - 1)
- Lecture 18(B) : Visualization and transformation (Part - 2)
- Lecture 19(A) - (part 1): Dataset transformations
- Lecture 19(B) - (part 2): Dataset transformations
- Lecture 20(A) - (part 1): Data mining
- Lecture 20(B) - (part 2): Mapping of materials
- Lecture 21(A) - (part 1) : Data in Materials Informatics
- Lecture 21(B) - (part 2) : Data in Materials Informatics
- Lecture 22(A) _ (part 1) : Structure Maps
- Lecture 22(B) - (part 2) : Structure Maps
- Lecture -23 (Part 1) - Phase Diagrams
- Lecture -23 (Part 2) - Periodic Table and Elemental Descriptors
- Lecture -24 (Part 1) - Featurization - Physical Principles
- Lecture -24 (Part 2) - Featurization - Pair Plots and Correlation Matrix
- Lecture 25 - Thermodynamic Features - Miedema’s Model
- Lecture 26 - ( part 1) : Structure of Materials
- Lecture -26 (part 2): Structure of Materials - Microstructure
- Lecture -27 (part 1): Prediction of Composition Based Properties - I
- Lecture -27 (part 2): Prediction of Composition Based Properties - II
- Lec-28 (part 1): Molecular Fingerprints - I
- Lec-28 (part 2): Molecular Fingerprints - II
- Lecture -29 (part 1): Mathematical Microstructure
- Lecture -29 (part 2): The Microstructure Function
- Lecture 30 - Two-point Statistics and Dimensionality Reduction
- Lecture 31 A - Combinatorial-Materials-Science
- Lecture 31 B - Convolutional Neural Network
- Lecture 32 - Microstructure Representation-Synthetic Microstructures
- Lecture 33 - P-S-P Linkage
- Lecture 34 - Decision Making and Interpretation
- Lecture 35 Part 1: (Setting up ML problems)
- Lecture 35 Part 2: (Interrogating Machine Learning models - Examples)
- Lecture 36: (Physically Informed Neural Networks)
- Lecture 37: (Combinatorial Materials Processing)
- Lecture 38: (High throughput Characterization)
- Lecture 39: (Synthetic Data)
- Lecture 40: (Conclusion, Challenges and Future Directions)