Accession Number : ADA316902
Title : The Future of Selective Fidelity in Training Devices.
Descriptive Note : Final rept. Jun 94-Nov 95,
Corporate Author : ARMSTRONG LAB WRIGHT-PATTERSON AFB OH HUMAN RESOURCES DIRECTORATE
Personal Author(s) : Andrews, Dee H. ; Carroll, Lynn A. ; Bell, Herbert H.
PDF Url : ADA316902
Report Date : MAR 1996
Pagination or Media Count : 12
Abstract : Since the inception of modern simulation, the designers and users of training devices have attempted to replicate as many physical and functional stimuli as possible in the training device. There are three primary impediments to this activity: our frequent inability to specify the kinds of stimuli that are required, our technological difficulty in replicating some stimuli, and the cost of replicating stimuli. The constraints cited above have led the training device community to develop the concept of selective fidelity, meaning that we have to be very selective about the stimuli that we choose to replicate. This report presents arguments that our definitions of selective fidelity now need to be altered to fit recent behavioral and engineering developments. Over the years, we have improved our ability through research and analysis to define the important stimuli. Also, our engineering capability to replicate formerly difficult stimuli has improved significantly. Finally, there have been dramatic decreases in the cost of providing high fidelity simulation. In this report, we discuss our belief that while the concept of selective fidelity will remain important to the training device community, the definition of selective fidelity will be more focused on trainee learning requirements than on analytical and technological shortcomings.
Descriptors : *JOB TRAINING, *HUMAN FACTORS ENGINEERING, *FLIGHT SIMULATORS, FLIGHT TRAINING, ARMY TRAINING, AIR FORCE TRAINING, STIMULI, MAN COMPUTER INTERFACE, FLIGHT SIMULATION, PSYCHOMOTOR TESTS.
Subject Categories : Human Factors Engineering & Man Machine System
Distribution Statement : APPROVED FOR PUBLIC RELEASE