Computer Vision and Image Analysis PG (8890.3)
|Faculty:||Faculty of Science and Technology|
|Discipline:||Academic Program Area - Technology|
UC - Canberra, Bruce
Year Teaching Period Convener Mode of Delivery 2020 Semester 1 DR Roland GOECKE (Ph: +61 2 62012114 ) ON-CAMPUS
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The aim of this research-led education unit is to provide students with an overview of fundamental areas of computer vision and image analysis as well as in-depth knowledge of selected research topics, which will be explored in theory and practice.
Through specific, applied examples, students will explore this highly topical field in the context of a widespread use of digital camera and image technology. These include examples from application areas such as digital photography, digital image enhancement, computer graphics, object recognition, object tracking, image segmentation, visual motion estimation, and multi-view camera systems.
As computer vision and image analysis draw from other related fields, such as perceptual psychology, digital signal processing, human-computer interaction, artificial intelligence and pattern recognition, students will be able to explore relevant theories and algorithms in these areas.
On successfully completing the unit, students will have a sound understanding of and will have gained hands-on experience in:
1. What computer vision and image analysis entails;
2. How images are formed and represented;
3. Understanding the basics of image processing and analysis techniques;
4. Understanding the concepts of fundamental theories in computer vision;
5. Writing Matlab programs for performing computer vision and image analysis tasks;
6. Being able to choose appropriate computer vision and image analysis techniques to solve real-world problems; and
7. Understanding the relationships between computer vision and image analysis on the one hand and fields such as perceptual psychology, digital signal processing, artificial intelligence and pattern recognition on the other hand.
UC - Canberra, Bruce
- Semester 1, 2020
- Semester 1, 2019
- Semester 1, 2018
5 hours per week in Winter Term 3.5 hours per week in normal semester mode.
Working knowledge of discrete mathematics, algebra and numerical analysis.
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