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Development cost prediction of general aviation aircraft projects with parametric modeling 被引量:4

Development cost prediction of general aviation aircraft projects with parametric modeling
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摘要 The study of the development cost of general aviation aircraft is limited by small samples with many cost-driven factors. This paper investigates a parametric modeling method for prediction of the development cost of general aviation aircraft. The proposed technique depends on some principal components, acquired by utilizing P value analysis and gray correlation analysis. According to these principal components, the corresponding linear regression and BP neural network models are established respectively. The feasibility and accuracy of the P value analysis are verified by comparing results of model fitting and prediction. A sensitivity analysis related to model precision and suitability is discussed in detail. Results obtained in this study show that the proposed method not only has a certain degree of versatility, but also provides a preliminary prediction of the development cost of general aviation aircraft. The study of the development cost of general aviation aircraft is limited by small samples with many cost-driven factors. This paper investigates a parametric modeling method for prediction of the development cost of general aviation aircraft. The proposed technique depends on some principal components, acquired by utilizing P value analysis and gray correlation analysis. According to these principal components, the corresponding linear regression and BP neural network models are established respectively. The feasibility and accuracy of the P value analysis are verified by comparing results of model fitting and prediction. A sensitivity analysis related to model precision and suitability is discussed in detail. Results obtained in this study show that the proposed method not only has a certain degree of versatility, but also provides a preliminary prediction of the development cost of general aviation aircraft.
出处 《Chinese Journal of Aeronautics》 SCIE EI CAS CSCD 2019年第6期1465-1471,共7页 中国航空学报(英文版)
基金 supported by the National Postdoctoral Program for Innovative Talents, Postdoctoral Science Foundation of China (No. 2017M610740) supports from Hefei General Aviation Research Institute, Beihang University
关键词 BP neural network DEVELOPMENT cost General AVIATION AIRCRAFT GRAY correlation ANALYSIS Linear regression P value ANALYSIS Parametric modeling Preliminary prediction Sensitivity ANALYSIS BP neural network Development cost General aviation aircraft Gray correlation analysis Linear regression P value analysis Parametric modeling Preliminary prediction Sensitivity analysis
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