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Unit – I: Introduction to Machine Learning

  Unit – I: Introduction to Machine Learning 1.      What is Machine Learning 2.      Types of Machine Learning 3.      Applications of Machine learning 4.      Preparing to Model 5.      Modelling and Evaluation  πŸ‘‰ UNIT-1 (A) Introduction to Machine Learning Notes πŸ‘‰ UNIT-1 (A) Introduction to Machine Learning PPTs πŸ‘‰ UNIT-1 (B) Introduction to Machine Learning Notes πŸ‘‰ UNIT-1 (B) Introduction to Machine Learning PPTs

III-I CSE(AIML) ESSENTIALS OF MACHINE LEARNING Syllabus

  ESSENTIALS OF MACHINE LEARNING Course Outcomes: At the end of this course, students will be able to: 1. Understand the Concepts of Machine Learning. 2. Develop Simple Regression Models. 3. Build various classification algorithms. 4. Analyse the need of ensemble learning and dimension reduction. 5. Apply the Clustering algorithms for developing applications. Unit – I:  Introduction to Machine Learning What is Machine Learning, Types of Machine Learning, Applications of Machine learning, preparing to Model, Modelling and Evaluation Unit – II:  Supervised Learning: Regression Introduction to Regression, Example of Regression, Simple Linear Regression, Multiple Linear Regression, Assumptions in Regression Analysis, Improving the accuracy of the Linear Regression Model, Ridge Regression, Lasso Regression. Unit – III:  Supervised Learning: Classification What is Classification, General Approach to Classification, K-Nearest Neighbour Algorithm, L...

IT IV-I FUNDAMENTALS OF MACHINE LEARNING

  FUNDAMENTALS OF MACHINE LEARNING Unit – I Introduction andConcept Learning: Well-posed learning problems, designing a learning system Perspectives and issues in machine learning, Types of learning.  Concept learning task , Concept Learning as search through a hypothesis space, Finding maximally specific hypotheses, Version spaces and the candidate elimination algorithm, Inductive Bias πŸ‘‰ UNIT-1 (A) Introduction Notes   πŸ‘‰ UNIT-1(B) Concept Learning PPTs πŸ‘‰ UNIT-1 Introduction and Concept Learning Notes πŸ‘‰ UNIT-1 Introduction and Concept Learning Long Answer Question Unit - II Decision Treelearning and Neural Network learning : Decision Tree representation and learning algorithm, appropriate problems for Decision Tree Learning, Hypothesis space search in Decision Tree Learning, Inductive bias in Decision Tree Learning: Occam’s razor, Issues in Decision Tree Learning.  Introduction to Neural Network Learning , Introduction to Perceptions, Perceptions, Introductio...

Unit – V: Genetic Algorithm

  Unit – V: Genetic Algorithm Genetic Algorithm : 1.      Biological Motivation 2.      Representing Hypothesis 3.      Genetic Operators 4.      Fitness Function and Selection 5.      Hypothesis Space Search 6.      Genetic Programming 7.      Models of Evolution and Learning 8.      Parallelizing Genetic Algorithms

Unit – IV: Instance-Based Techniques

  Unit – IV: Instance-Based Techniques Instance-based Techniques : 1.      Introduction to Instance-Based Techniques 2.      Lazy vs. Eager Generalization 3.      K-Nearest Neighbor 4.      Radial Basis Function 5.      Case Based Reasoning 6.      Remarks on Lazy vs Eager Learning

Unit – III: Support Vector Machine- Bayesian Learning

  Unit – III: Support Vector Machine- Bayesian Learning Support Vector Machines: 1.      Introduction 2.      Linear Classifier 3.      Non-linear Classifier 4.      Training SVM 5.      Support Vector Regression Bayesian Learning : 1.      Bayes theorem and concept learning 2.      Minimum Description Length Principle 3.      Bayes optimal classifier 4.      Gibbs Algorithm 5.      NaΓ―ve Bayes Classifier 6.      The EM algorithm πŸ‘‰ UNIT-3 (A) Support Vector Machine Notes πŸ‘‰ UNIT-3 (A) Support Vector Machine PPTs πŸ‘‰ SVM Program πŸ‘‰ Training SVM πŸ‘‰ Extra Info on SVM    

Unit – II: Decision Tree learning and Neural Network learning

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  Unit – II: Decision Tree learning and Neural Network learning Decision Tree learning 1.      Decision Tree representation and learning algorithm, 2.      appropriate problems for Decision Tree Learning, 3.      Hypothesis space search in Decision Tree Learning, 4.      Inductive bias in Decision Tree Learning: Occam’s razor, 5.      Issues in Decision Tree Learning. Introduction to Neural Network Learning , 1.      Introduction to Perceptions, 2.      Perceptions, 3.      Introduction to Gradient Descent 4.      Back propagation. πŸ‘‰ UNIT-2 (A) Decision Tree Learning Notes   πŸ‘‰ UNIT-2 (A) Decision Tree Learning PPTs πŸ‘‰ UNIT-2(A) Decision Tree Learning Long Answer Questions πŸ‘‰ UNIT-2 (B) Introduction to Neural Network Learning Notes πŸ‘‰ UNIT-2 (B) Introduction to Neural Network Learnin...