We present an object-oriented semi-qualitative modeling language and a web-based simulator implementation . This language is used to develop physics based simulations in virtual environments . The associated simulator is a self-contained module . It produces, in parallel, numerical data for interactive visualization and qualitative data . The latter is available to any autonomous agents inhabit...

Using the technology of hardware in loop (HIL), control system simulation model of the CYCHU-10 cyclotron is developed with real-time, simulation and statechart module under the LabVIEW environment. A prototyping design method based on NI PXI operation condition virtual platform and PAC controller is presented. The result indicates that the platform is feasible and effective in completing contr...

For an n-by-n complex matrix A in a block form with the (possibly) nonzero blocks only on the diagonal above the main one, we consider two other matrices whose nonzero entries are along the diagonal above the main one and consist of the norms or minimum moduli of the diagonal blocks of A. In this paper, we obtain two inequalities relating the numeical radii of these matrices and also determine ...

We report progress on adding affectdetection to a program for virtual dramatic improvisation, monitored by a human director. We have developed an affect-detection module to control an automated virtual actor and to contribute to the automation of directorial functions. The work also involves basic research into how affect is conveyed through metaphor. The project contributes to the application ...

An iterative formula for the Green polynomial is given using vertex operator realization of Hall-Littlewood function. Based on this, (1) a general combinatorial given; (2) several compact formulas are Green's polynomials associated with upper partitions length $\leq 3$ and diagonal lengths 3$; (3) Murnaghan-Nakayama type obtained; (4) an derived bitrace finite linear group $G$ Iwahori-Hecke alg...

INTERNATIONAL SOFTWARE DEVELOPMENT PROJECT STUDY MODULE IMPLEMENTED IN VIRTUAL TEAMS COOPERATION WITH WORKING LIFE

The aim of this research is to develop and implement a computational model able to simulate drivers' visual strategies in dual-task conditions and to investigate visual distraction effects. The modeling approach supporting this research is based on a cognitive model of the car driver so-called COSMODRIVE, focused on mental representations simulation (i.e. situational awareness) and implemented ...

Due to the rapid growth of consumer electronics market, there are urgent needs in effective execution of integrated circuit (IC) collaborative design projects and better utilization of silicon intellectual property (SIP) as design knowledge on a virtual design cyber-space. In order to provide IC industry a well-integrated design environment, this research proposes an integrated information plat...

Virtual Campusis a research project which aims to provide a comprehensive and innovative e-learning environment for authoring, fruition and evaluation. The paper presents the Tutoring and Validation module developed for Virtual Campus. The Validation tool tracks the learners’ behaviour within the Virtual Campus environment and defines the “user model” in terms of learning attitudes (derived by ...