We present an interactive segmentation method for 3D medical images that reconstructs the
surface of an object using energy-minimizing, smooth, implicit functions. This reconstruction …

Simulation of moving interfaces such as a fire front usually requires resolution of a large-
scale and detailed domain. Such computing involves the use of supercomputers to process …

The current state of the art of virtual reality allows a user to interact with computergenerated
visual worlds and provides a high level of realism. The immersion can be increased …

In this paper, we apply a model-based inversion scheme for the interpretation of the
crosswell electromagnetic data. In this approach, we use open and closed polygons to …

The material point method (MPM) has demonstrated its capabilities in the simulation of
impact/contact/penetration and interfacial crack growth problems. Because of the use of …

We present a novel algorithm for path planning that avoids occlusions of a visual target for
an ldquoeye-in-handrdquo sensor on an articulated robot arm. We compute paths using a …

In this work we present new point inclusion algorithms for non‐convex polygons. These
algorithms do not perform any pre‐processing or any type of decomposition nor features …

There are many space subdivision and space partitioning techniques used in many
algorithms to speed up computations. They mostly rely on orthogonal space subdivision …

Although the utilisation of location information in mobile network access systems has given
rise to a variety of applications and services, it is thought that the underlying service …

This paper presents ERELT (Enhanced Radial Edgeless Tree), a tree visualization
approach on modern mobile devices. ERELT is designed to offer a clear visualization of any …