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• To provide the students with understanding of the duality between computer based analysis of digitalized video images (Computer Vision) and computer based generation of digital images (Computer Graphics).
• To give knowledge and understanding of computer vision methods of monitoring a dynamic world and control of processes on the basis of  this monitoring
• To give knowledge and understanding of technologies of building Virtual Reality applications
• To enable the students to analyse techniques and methods and use them in building Computer Vision systems and/or interactive Virtual Reality systems. The specialization is built around a range of courses reflecting the two main elements of the specialization. Thus we offer courses in processing and extraction of information from image sequences and generation of computer graphics and design of Virtual Reality systems. Besides the students are required to attend courses in certain other fields in order to give the education a proper width.

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8th SEMESTER

THEME: Image Analysis and Computer Graphics (analysis and synthesis of digital images)

PERIOD: 1 February – 30 June

PURPOSE:

• To give a thorough introduction in methods of practical and theoretical image analysis and computer graphics in a way that enables the student to evaluate and design solutions of a problem.


CONTENTS:
A project will usually contain elements of both image analysis and computer graphics and thus focus on the interaction between these elements. An example could be tracking and monitoring of a person's facial expressions and /or movements in video images for the use of animation of a visualized virtual 3D character. The project work is based on a specific problem within the specialization. It is of great importance that the problem contains both specific, practical, and general theoretical aspects. The problem and its  possible solutions are analysed, and the theoretical basis is studied. Existing methods are evaluated, modified, and combined into a model of solution of the problem. A model addressing the most important elements of the problem is set up, and the model (or central elements of it) is implemented and tested in the laboratory.

COURSES:
Courses will be given in methods and techniques of image analysis.

EXAM:
The external oral examination is based on the prepared project documentation. Each student is marked according to the 13 scale.
 

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9th SEMESTER

THEME: Computer Vision and Virtual Reality

PERIOD: 1 September – 31 January

PURPOSE:

• To give a thorough introduction in methods of practical and theoretical computer vision and computer graphics in a way that enables the student to evaluate and design solutions of a problem.
• To give knowledge of the duality between computer vision and computer graphics, where 1) computer vision techniques analyse information from two-dimensional images and build two- and three dimensional models of (dynamic) objects, and where 2) computer graphics techniques are used for synthesizing images from (dynamic) models. In computer vision three-dimensional information can be achieved by stereo view, i.e. use of two cameras.
• To illustrate how a computer vision system can analyse dynamic incidences (by analysing a sequence of images recorded over time) and use this analysis in adjustment/change of the way the images are processed.


CONTENTS:
The project is based on a concrete problem in Computer Vision and Graphics. It is of great importance that the problem contains both specific, practical, and general theoretical aspects. The problem and its possible solutions are analysed, and the theoretical basis is studied and extended. Existing methods are evaluated, modified, and combined into a model of solution of  the problem. A model addressing the most important elements of the problem is set up, and the model (or central elements of it) is implemented and tested in the laboratory. In a typical project  the vision system is part of a perception action connection, which means that from an analysis of the visual information (perception) the system decides to make an action. This action leads to new visual information, which is analysed etc. etc.

COURSES:
Courses will be given in the fields of computer vision,  vision controlled robots, medical image analysis, virtual reality, and multimedia.

EXAM:
The internal oral examination is based on the prepared project documentation. Each student is marked according to the 13 scale.


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