A Comparison of Tracking- and Controller-Based Input for Complex Bimanual Interaction in Virtual Environments

The drag-law is a central part of the Eulerian-Lagrangian dispersed flow model, and it is therefore of interest to compare the results obtained with different models for particle

On the other hand, the protection of civilians must also aim to provide the population with sustainable security through efforts such as disarmament, institution-building and

The second result concerns the system of input/output logic that Makin- son and van der Torre call basic reusable output, which is the system that results from adding a rule

From a performance perspective, our evaluation of the four techniques confirmed the existence of differences in the text-entry rates, accuracy, and experiential elements

In conclusion, an expert performance during a laparoscopic cholecystectomy measured by instrument motions seems to include a low time to complete the task, high bimanual

However, in comparison to the complex hydrological models (SMAR, HBV and SWAT), the simple single input-output models of the artificial neural network (ANN) and the

In this paper we present new tools for user interaction with virtual worlds, to bring more natural behavior into the manipulation of objects in virtual environments.. We present

When using large display systems, one has to ask himself if this interaction techniques can still be eas- ily used according to the fact that the position/orientation of the user can