1977Annual Simulation SymposiumRequires access

COST-BENEFIT ANALYSIS OF A SIMULATOR TEST FOR PILOT SELECTION IN THE ROYAL AIR FORCE

I. Gavin Lidderdale, Lorrayne Bennett

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Abstract

A research project, designed to test the feasibility of using a flight simulator to predict success in flying training is described. The results of the research are discussed in terms of the manpower changes which would result from including an additional test into the current selection process. The cost implications have been analyzed with the aid of two, purpose-built, computer models which give the capability of maximizing cost savings and testing the sensitivity of input assumptions.

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What this paper is about

A research project, designed to test the feasibility of using a flight simulator to predict success in flying training is described. The results of the research are discussed in terms of the manpower changes which would result from including an additional test into the current selection process. The cost implications have been analyzed with the aid of two, purpose-built, computer models which give the capability of maximizing cost savings and testing the sensitivity of input assumptions.

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Available abstract

A research project, designed to test the feasibility of using a flight simulator to predict success in flying training is described. The results of the research are discussed in terms of the manpower changes which would result from including an additional test into the current selection process. The cost implications have been analyzed with the aid of two, purpose-built, computer models which give the capability of maximizing cost savings and testing the sensitivity of input assumptions.

Key concepts: Selection (genetic algorithm), Simulation, Test (biology), Computer science, Process (computing), Sensitivity (control systems), Reliability engineering, Operations research

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