This paper presents and discusses some methods used for simulation of fluids and highly deformable bodies. Two main approaches are compared, advantages and disadvantages of these methods are evaluated with reference to their possible use in real-time. Simulations of fluid volumes are considered as opposed to the frequently used approach that just use surface simulations.

The field of cloth-modeling has been widely investigated during the last decade. Many solutions have been proposed for the different aspects related to that field, ranging from fast cloth integration methods to complex collision handling. However, it is still challenging to perform simulations in real-time without compromise. In this thesis, we base our work on fast collision detection methods ...

Displaying facial motions such as crying or laughing is difficult to achieve in real-time simulations and games. Not only because of the complicated simulation of the physical characteristics such as muscle motions or fluid simulations, but also because one needs to know how to control these motions on a higher level. In this paper, we propose a method that uses the MPEG-4 Facial Animation stan...

This article will show a new method to simulate specifications of real-time communicating systems, by using process execution trees. These self-transforming structures can be translated to e.g. C++ and allow simulations, synchronised with the real world time. Simulating specifications with process execution trees is discussed for the well-known process algebra CCS. The described method of proce...