Research on Optimization Model Based on House of Quality Fuzzy Theory in Industrial Environment

Zhao Hui Ren; Ya Zhe Chen; Bing Cheng Wang; Bang Chun Wen

doi:10.4028/www.scientific.net/AMR.118-120.916

Paper Titles

A Series of New Nonlinear Dynamic Equations of Rolling Element Bearing Systems
p.896

Study on Lateral Stiffness for Flexicoil Circle Springs with Rubber Pads
p.902

The Integrated Performability Analysis Architecture of the Computer Networks
p.907

Analysis of Dynamic Behavior of a Large-Sized Vibration Fluidized Bed
p.912

Research on Optimization Model Based on House of Quality Fuzzy Theory in Industrial Environment
p.916

Numerical Simulation Analysis of Fluid in the Semi-State within the Desulphurization Tower
p.921

Transverse Vibration Analysis of Euler-Bernoulli Beams Carrying Concentrated Masses with Rotatory Inertia at Both Ends
p.925

Dynamic Design Method for Magnesium Alloys Wheel of New Energy Vehicles
p.930

Multiphase Flow Simulation and the Analysis Method of the Pressure Drop in the Vibrated Fluidized Bed
p.935

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Research on Optimization Model Based on House of Quality Fuzzy Theory in Industrial Environment

Abstract:

In this paper, under House of Quality(HOQ) Fuzzy Theory, taking product planning House of Quality(HOQ) as an example, systematically considers fuzzy auto-correlation matrix of engineering properties influence on engineering properties target value and development cost, by definition some concepts, such as engineering properties plan improvement level, practice improvement level, fuzzy planning cost coefficient and fuzzy actual cost coefficient, establish properties target value optimization model based on House of Quality(HOQ) Fuzzy Theory, and validate this method by a case study.