Sophistication of weapons systems is growing at a rapid pace. This sophistication takes many forms including increased operational capability (e.g., multiple sensor system). In order to effectively train operators and maintain Skills in the use of these weapon systems, it is necessary to task load their training exercises to replicate near real world conditions. The arguments against using operational assets include cost, and safety. There is, therefore, a need for increased fidelity through simulation. This paper addresses a new technique being developed to increase visual and sensor simulation system fidelity and capability. Honeywell's Systems and Research Center is presently under contact to the U.S. Naval Training Equipment Center and the U.S. Army Project Manager for Training Devices to develop this increase in visual system capability and fidelity. The system under development by Honeywell will merge the attributes of an optical disc technology approach, Computer Synthesized Imagery (CSI), and Computer Generated Imagery (CGI). CSI provides high quality imagery, but does not provide free movement within a gaming area. CGI provides the necesssary freedom of movement, but with highly stylized or cartoonish imagery. This hybrid concept of Computer Generated Synthesized Imagery (CGSI) utilizes optical disc imagery(CSI) overlayed onto a CGI background.
A hybrid approach to high fidelity visual/sensor simulation
Eine hybride Loesung der visuellen und Sensorsimulation mit grosser Genauigkeit
International Conference on Simulators ; 226 ; 1-6
1983
6 Seiten, 9 Bilder
Aufsatz (Konferenz)
Englisch
High Fidelity Circular Array Simulation
Online Contents | 2007
|High-Fidelity Airplane Simulation Model
AIAA | 1979
|High Fidelity Circular Array Simulation
IEEE | 2007
|High Fidelity GPS Satellite Simulation
British Library Conference Proceedings | 1997
|