Examination arrangement

Course content

This course will provide the following:

1. Handle real world data produced from computer applications, such as user interfaces, services, and other programs.
2. Perform adequate data processes (e.g., feature extraction, selection and dimensionality reduction) to support software development.
3. Employ ML techniques (e.g., supervised, unsupervised, semi- and weak-supervised) to enrich contemporary software development.
4. Learn to Solve real-world problems by using software with data-powered modelling techniques (e.g., knowledge inference).

More concretely, we will cover the following topics:

1. Introduction to data and basic statistics.
2. Computer data pre-processing and calibration (e.g., data processing and signal processing techniques)
3. Knowledge extraction techniques from computer data (e.g., feature extraction, feature space reduction).
4. Basic modeling techniques (e.g., KNN, Naive Bayes, Gaussian process, Decision boundaries)
5. Advanced modeling techniques (e.g., SVM, random forest, ANN, and ensemble learning algorithms)
6. Empowering systems with unsupervised learning capabilities (e.g., personalization services and recommended systems).
7. Empowering systems with semi-supervised and weak-supervised learning capabilities (e.g., adaptive support).
8. Empowering systems with real-time capabilities (e.g., through time series analysis and forecasting)
9. Putting things together: Utilizing data-powered techniques to design and develop contemporary software.

Learning outcome

• Knowledge

1. Analysing real world data with statistics and machine learning
2. Feature selection and dimensionality reduction techniques
3. Application of supervised, unsupervised, semi- and weak-supervised learning

• Skill

1. Translating real-world problems to machine learning space
2. Use of appropriate pipeline (series of methods)

• Competence

1. Know the field of machine learning as seen from SE, IS, HCI industries

Learning methods and activities

Lectures and a project. Each team has to submit project deliverables during the semester and a final report. Grading is team-based, but individual grades can be given in special cases. The course will be held in English.

Compulsory assignments

• Three assignments related to the final report

Further on evaluation

The report from the project is the basis for the grade in the course. The students also have to submit the mandatory deliverables throughout the semester. The mandatory activity are three different assignments related to the final report.

Retake of the course will require new deliverables/report.

Required previous knowledge

The course is for students MSIT profile "Interaksjonsdesign spill- og læringsteknologi", MTDT/MIDT profiles "Programvareutvikling", "Digital virksomhetsutvikling", or "Interaksjonsdesign og spillteknologi" or LUR students specialising in mathematics and informatics (or contact the teacher).

Course materials

Will be given at the start of the semester.