Machine Learning 1 (Winter Term 2023/2024)
Overview
    - Course (2/2/0) consisting of:
    
        - Lectures in TRE/PHYS/H (Zellescher Weg 16) on Fridays, 09:20–10:50
        
- Exercise groups starting Oct 30th
               
            - VMB/0302/U, Tuesdays, 16:40–18:10
            
- APB/E001/U, Thursdays, 16:40–18:10 
            
- APB/E069/U, Thursdays, 16:40–18:10 
            
- APB/E001/U, Fridays, 14:30–16:20 
            
- APB/E001/U, Fridays, 16:40–18:10 
            
- online, synchronously, Wednesdays, 2.DS, 09:20–10:50
        
 
- Self-study
        
- Final Examination
        
        - Written examination for students registered for this examination specifically: Lecture Hall BAR/SCHÖ/E on Feb 13th, at 13:00.
        
 
 
- Lecturer: Bjoern Andres
    
- Teaching Assistants: Jannik Irmai, Shengxian Zhao, David Stein
    
- Enrolment (OPAL). Additional rules for enrolment may apply, depending on the study programme.    
    
- Forum
Contents
- Lecture notes
- Exercises
- Lectures
    
        - Introduction
        
- Supervised learning
            
                - Introduction (slides)
                
- Learning of disjunctive normal forms (slides)
                    
                
- Learning of binary decision trees (slides, video)
                    
                        - NP-hardness
                        
- Local search algorithm
                    
 
- Learning of linear functions (slides)
                    
                        - Logistic regression
                        
- Gradient descent algorithm
                    
 
- Learning of composite functions (deep learning) (slides)
                    
                        - Back-propagation algorithm
                    
 
 
- Semi-supervised and unsupervised learning
            
                - Introduction (slides)
                
- Partitioning (slides)
                    
                        - Set partition problem
                        
- Local search algorithms
                    
 
- Clustering (slides)
                    
                        - Multicut problem
                        
- Local search algorithms
                    
 
- Ordering (slides)
                    
                        - Linear ordering problem
                        
- Local search algorithms
                    
 
- Classifying (slides)
            
 
- Supervised structured learning
                    
    
 
Textbooks