Accession Number : ADA293854
Title : Applications of Statistical Process Control in Monitoring Aircrew Bombing Proficiency.
Descriptive Note : Master's thesis,
Corporate Author : AIR FORCE INST OF TECH WRIGHT-PATTERSON AFB OH SCHOOL OF ENGINEERING
Personal Author(s) : Horton, Kirk G.
PDF Url : ADA293854
Report Date : MAR 1995
Pagination or Media Count : 75
Abstract : The current tools used by squadron supervisors to monitor the bombing performance of aircrews flying F-111E aircraft are monthly reports that have little predictive capability. No real-time methodology exists for monitoring and predicting aircrew bombing performance and preventing bombing problems that might cause an individual to become unqualified. It has been suggested that Statistical process Control (SPC) can be applied to the bombing process to develop tools for managing the process, correcting problems, and improve the bombing performance of a squadron. This study investigates the application of SPC to the bombing process. It examines data taken from an F-111E Fighter Wing during a sixth-month training period. The goal is to develop a control charting scheme that is both useful to squadron supervisors as well as simple to apply by squadron weapons officers. The results indicate that SPC methodologies can have a significant impact on the bombing process. Control carts generated from the data can give insights to the bombing performance and capabilities of individual aircrews. These insights can lead to improvements in the bombing performance of individuals, as well as in the bombing performance of their squadron as a whole. (AN)
Descriptors : *PERFORMANCE(HUMAN), *STATISTICAL PROCESSES, *BOMBING, DATA BASES, MATHEMATICAL MODELS, SKILLS, FLIGHT CREWS, FLIGHT TRAINING, MONITORING, REAL TIME, COMPARISON, STATISTICAL DATA, TIME SERIES ANALYSIS, ANALYSIS OF VARIANCE, THESES, CORRELATION, MATHEMATICAL PREDICTION, JET FIGHTERS, PROFICIENCY, CHI SQUARE TEST, SQUADRONS, GOODNESS OF FIT TESTS, HIT PROBABILITIES, FIGHTER BOMBERS.
Subject Categories : Operations Research
Distribution Statement : APPROVED FOR PUBLIC RELEASE