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	Simulation and Vizualization of a Water Flow Drastil, Petr ; Přibyl, Jaroslav (referee) ; Navrátil, Jan (advisor) This work deals with design and implementation of simple demonstration aplication for simulation of a water flow on irregular terrain. The work examines essential building blocks of the simulation. It also suggests approaches that can be used to optimize and/or extend used method. Detailed record
	Real-Time Light Transport in Analytically Integrable Participating Media Iser, Tomáš ; Elek, Oskár (advisor) ; Horáček, Jan (referee) The focus of this thesis is the real-time rendering of participating media, such as fog. This is an important problem, because such media significantly influence the appearance of the rendered scene. It is also a challenging one, because its physically correct solution involves a costly simulation of a very large number of light-particle interactions, especially when considering multiple scattering. The existing real-time approaches are mostly based on empirical or single-scattering approximations, or only consider homogeneous media. This work briefly examines the existing solutions and then presents an improved method for real-time multi- ple scattering in quasi-heterogeneous media. We use analytically integrable den- sity functions and efficient MIP map filtering with several techniques to minimize the inherent visual artifacts. The solution has been implemented and evaluated in a combined CPU/GPU prototype application. The resulting highly-parallel method achieves good visual fidelity and has a stable computation time of only a few milliseconds per frame. Detailed record
	Simulation and Vizualization of a Water Flow Drastil, Petr ; Přibyl, Jaroslav (referee) ; Navrátil, Jan (advisor) This work deals with design and implementation of simple demonstration aplication for simulation of a water flow on irregular terrain. The work examines essential building blocks of the simulation. It also suggests approaches that can be used to optimize and/or extend used method. Detailed record

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