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Section for Cognitive Systems
DTU Compute

02450 Introduction to Machine Learning and Data Mining

Bjørn Sand Jensen
Bjørn Sand Jensen
 
Jes Frellsen
Jes Frellsen
 
Georgios Arvanitidis
Georgios Arvanitidis
 
Tue Herlau
Tue Herlau
 
Morten Mørup
Morten Mørup
 
Mikkel N. Schmidt
Mikkel N. Schmidt
 
Beatrix M.G. Nielsen
Beatrix M.G. Nielsen
 
Anders Stevnhoved Olsen (not present in week 2-3)
Anders Stevnhoved Olsen (not present in week 2-3)
 
Emilie Wedenborg (not present in week 1-2)
Emilie Wedenborg (not present in week 1-2)
 
Saeid Barzegarkhordehbalagh
Saeid Barzegarkhordehbalagh
 
Kamil Wojciech Mikolaj
Kamil Wojciech Mikolaj
 
Fabian Mager
Fabian Mager
 
Meadhbh Healy
Meadhbh Healy
 
Mathias Sofus Hovmark
Mathias Sofus Hovmark
 
Zalán Tas Zsiborás
Zalán Tas Zsiborás
 
Lucie Fontaine
Lucie Fontaine
 
Panagiotis Apostolidis
Panagiotis Apostolidis
 
Stas Syrota
Stas Syrota
 
Martin Hoffmann Petersen (not present in week 5)
Martin Hoffmann Petersen (not present in week 5)
 

Machine learning and data mining

The course is designed around a data modeling framework shown in the figure. Each lecture/assignment will focus on an aspect of the data modeling framework.

data modeling framework

We emphasize the holistic view of modeling in order to motivate and stress the relevance of individual components and building blocks, disseminate the obtained competence (see the course learning obejctives), and make them applicable for a broad spectrum of engineering problems in e.g. biomedical engineering, chemistry, electrical engineering, and informatics.

Resources

DTU Learn

If you are enrolled in the course you can access material and participate in the course through the DTU Learn homepage.

Lectures

The lectures will take place in Building 116 auditorium 081 (overflow space available in Building 116, South and East lobby area where you can stream the lecture) on Tuesdays from 13:00-15:00.

Exercises

Exercises will take place after lectures Tuesdays from 15:00-17:00.

Please bring a laptop computer for the exercises. The exercises will be available in Matlab, R, and Python and we recommend selecting a language you are familiar with. If you are unfamiliar with any of the languages, we recommend Python. The exercise rooms are (room capacity square brackets and programming language in parentheses):

Exercises on Microsoft Teams :

Reading material, lecture slides and exercises

The course will use lecture notes and other freely available material. Lecture notes, slides, course assignment instructions etc. is available at the DTU learn course page (requires formal enrolment to the course).

Online demos

We have developed several online demos which illustrates key concepts from the course. The topics discussed currently includes PCA, regression, classification and density estimation.

Course description

A description of the course can be found at the DTU Coursebase

Online help and support

Online help and support is available through the discussion forum.

Teachers

Lecture schedule

No. Date Subject Reading Homework
131 January, 2023 BJJEIntroduction C1
Data: Feature extraction, and visualization
27 February, 2023 BJJEData, feature extraction and PCA C2, C3 P3.1, P2.1, P3.2
314 February, 2023 BJJEMeasures of similarity, summary statistics and probabilities C4, C5 P4.1, P4.2, P4.3
421 February, 2023 BJJEProbability densities and data visualization C6, C7 P6.1, P6.2, P7.1
Supervised learning: Classification and regression
528 February, 2023 BJJEDecision trees and linear regression C8, C9 P9.1, P8.1, P8.2
67 March, 2023 BJJEOverfitting, cross-validation and Nearest Neighbor (Project 1 due before 13:00) C10, C12 P10.1, P10.2, P12.1
714 March, 2023 BJJEPerformance evaluation, Bayes, and Naive Bayes C11, C13 P13.1, 13.2, P12.2
821 March, 2023 JEFRArtificial Neural Networks and Bias/Variance C14, C15 P15.1, P15.2, P15.3
928 March, 2023 JEFRAUC and ensemble methods C16, C17 P16.1, P16.2, P17.1
Holiday
Unsupervised learning: Clustering and density estimation
1011 April, 2023 JEFRK-means and hierarchical clustering C18 P18.1, P18.2, P18.3
1118 April, 2023 BJJEMixture models and density estimation (Project 2 due before 13:00) C19, C20 P20.1, P19.1, P19.2
1225 April, 2023 JEFRAssociation mining C21 P21.1, P18.2, P18.3
Recap
132 May, 2023 BJJERecap and discussion of the exam C1-C21

(Cx refers to Chapter x of the course notes. Px.y refers to problem number y in chapter x of the course notes.
The first listed problem will be that weeks discussion question at the exercises.)

FAQ

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