The US Army Research Institute and its Program Manager for Training Devices are developing a large scale computerized system to enable trade-off studies leading to the design of cost-effective simulators. An important component of this system is the Optimization of Simulation-Based Training Systems (OSBATS). In its present form the development of OSBATS includes five software sub-systems. The most important sub-system, based on operational criticality (simulator training performance), costs and design difficulties, is the Instructor/Operator Station (IOS) sub-system. The authors present some of the industrial and human factors engineering issues related to the conceptual framework of the design of the IOS. They also present a large scale mix-integer programming formulation of the design problem, and briefly elaborate on the data collection procedures being developed for the highly subjective training components of the model
Design optimization of flight simulator's instructor/operator station
Entwurfsoptimierung fuer Ausbilder- und Operatorstationen von Flugsimulatoren
10th Annual Conference for Computers and Industrial Engineering, 23-25 March 1988, Dallas, TX, USA ; 418-427
Computers and Industrial Engineering ; 15 , 1-4
1988
10 Seiten, 5 Quellen
Article (Journal)
English
MENSCHLICHES VERHALTEN , GANZZAHLIGE OPTIMIERUNG , SCHULUNG , OPTIMIERUNG , FLUGSIMULATION , SIMULATOR , RAUMFAHRT , USA (UNITED STATES OF AMERICA) , WEHRTECHNIK , GROSSSYSTEM , SYSTEMENTWURF , SYSTEMPLANUNG , PROJEKTMANAGEMENT , ENTWICKLUNG (PROJEKT) , MENSCH-MASCHINE-SYSTEM , DATENERFASSUNG , HUMAN FACTORS ENGINEERING
Design considerations of the instructor/operator station (IOS)
Tema Archive | 1985
|Operational prototype for an instructor/operator station
AIAA | 1994
|Video enhances simulator's value as a driver training aid
Tema Archive | 1984
|An Instructor Station for the Instructor
British Library Conference Proceedings | 1992
|