Syllabus
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1. Computer graphics Hardware and software, basic algorithms. Visualisation of large data sets in physics. *
2. Image processing Low level image analysis, high level image analysis. Basics of mathematical morphology. *
3. Integral transforms Fast Fourier transform and its application in physics, other integral transforms. Basics of Fourier optics. *
4. Percolation theory and its application in physics *
5. New trends in computer modelling *
6. Basics of modern computational physics Neuron networks. Fuzzy logic. Evolutionary modelling. Wavelet transform and other advanced integral transforms.
Annotation
Computer graphics. Image processing.
Integral transforms. New directions in computational physics.