Course overview
From computer graphics and robotics to geographic information systems and data analysis, many modern technologies rely on efficient geometric computations. This course introduces the fundamental concepts and techniques of geometric algorithms, focusing on how spatial data can be represented, processed, and analysed. You will explore algorithmic approaches to solving geometric problems and gain insight into their practical applications across a range of computational fields.
What you will learn:
- Fundamental principles of computational geometry.
- Techniques for representing and processing geometric data.
- Algorithms for solving geometric problems involving points, lines, polygons, and other shapes.
- Methods for analysing the efficiency and complexity of geometric algorithms.
- Applications of geometric algorithms in computer graphics, robotics, and spatial data processing.
- Strategies for tackling real-world computational challenges involving geometric structures.
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