Physikalisch-basierte Simulation von Flüssigkeiten in interaktiven Umgebungen

Hilko Cords

doi:10.18453/rosdok_id00000567

Hilko Cords

Physikalisch-basierte Simulation von Flüssigkeiten in interaktiven Umgebungen

Universität Rostock, 2009

https://doi.org/10.18453/rosdok_id00000567

Abstract: Realistic physically-based visual representations of liquids require three main steps to be conducted: simulation, surface extraction and rendering. Since each of these steps in itself is a computationally complex task, realistic representations of liquids is a time-consuming endeavor. As a result, approaches that aim for real-time rendering and interactivity usually have to trade off quality for rendering speed. The goal of this thesis is to accelerate the representations of realistic liquids to achieve real-time frame rates. This is accomplished by devising novel dedicated acceleration techniques for each of the above mentioned steps.

doctoral thesis free access

title:

Physikalisch-basierte Simulation von Flüssigkeiten in interaktiven Umgebungen

contributing persons:

Hilko Cords[VerfasserIn]
	139910158
Jackel Dietmar , Prof. Dr.[AkademischeR BetreuerIn]
Staadt Oliver , Prof. Dr.[AkademischeR BetreuerIn]
Teschner Matthias , Prof. Dr.[AkademischeR BetreuerIn]

contributing corporate bodies:

Universität Rostock, Fakultät für Informatik und Elektrotechnik[Grad-verleihende Institution]
	10085032-7

abstract:

Die realistische, physikalisch-basierte Repräsentation von Flüssigkeiten in der Computergraphik umfasst drei Schritte: Simulation, Oberflächenextraktion und Darstellung. Die Erzeugung realistischer Animationen mit Hilfe dieser Schritte ist rechentechnisch kostenintensiv und i.d.R. nicht in Echtzeit durchführbar. Für plausible Ergebnisse in Echtzeitumgebungen muss ein Kompromiss zwischen Qualität und Performanz eingegangen werden. Das Ziel dieser Dissertation ist die Beschleunigung der einzelnen Schritte, um den Detailgrad virtueller Flüssigkeiten in Echtzeitumgebungen zu vergrößern. [German]

Realistic physically-based visual representations of liquids require three main steps to be conducted: simulation, surface extraction and rendering. Since each of these steps in itself is a computationally complex task, realistic representations of liquids is a time-consuming endeavor. As a result, approaches that aim for real-time rendering and interactivity usually have to trade off quality for rendering speed. The goal of this thesis is to accelerate the representations of realistic liquids to achieve real-time frame rates. This is accomplished by devising novel dedicated acceleration techniques for each of the above mentioned steps. [English]

document type:

doctoral thesis

institution:

Faculty of Computer Science and Electrical Engineering

language:

German

subject class (DDC):

000 Generalities, Science

publication /
production:

Rostock: Universität Rostock

2009

identifiers: