Infra Informatics - Optimization Methods, 2.0 credits
Infrainformatik - Optimeringsmetoder, 2.0 hp
6FITN65
Course level
Third-cycle EducationContact
-
Mats Janné
Examiner -
Tomas Lidén
Course coordinator
Entry requirements
Admitted as a doctoral student.
Specific information
The course aims to
- give an overview of a variety of optimization methods, their history and applicability,
- discuss methodology, tools, and practices for applied optimization research,
- present optimization-based research projects within Infra Informatics
Learning outcomes
After completing the course, participants should be able to:
- describe and categorize various optimization methods,
- describe and discuss the suitability, possibilities, and limitations of different optimization methods in relation to certain problem settings,
- identify, select, and plan the necessary steps for conducting a successful optimization-based research project,
describe and suggest optimization-based research within Infra Informatics.
Contents
The following topics will be covered (in varying depth):
- Optimization methodology
- Mathematical programming, historic development, theoretical base, model types and approaches
- Optimal control, dynamic programming, non-linear modelling approaches
- Heuristics, search, constraint programming
- Algorithms, data science, complexity
- Logic, satisfiability, proving, machine learning
- Tools, solvers, modelling, and programming languages
Educational methods
The course is given during VT2 each year. The schedule consists of
- A half-day startup meeting, presenting the common framework for the whole course and first lectures on the course topics.
- Two full day seminar days, with lectures on the course topics and presentations by senior researchers at KTS about projects where optimization has been applied.
- An individual homework assignment.
- A half-day final meeting, with student presentations and discussions.
Examination
Responsible for the Optimization Methods course is Tomas Lidén.
The examination for the Optimization Methods course consists of:
- Mandatory participation in the four seminar occasions
- Conducting, documenting, and presenting an individual assignment
Examiner for the course is Mats Janné.
Grading
Two-grade scaleGeneral information
The course is mandatory for all doctoral students in Infra Informatics. It is also open to doctoral students in other fields.
To register for the course, contact the course coordinator and Mats Janné.