Intelligent Decision-Making on Modular Products Using Fuzzy Algorithms

Hung Cheng Tsai

doi:10.4028/www.scientific.net/AMM.284-287.3686

Paper Titles

Construction of System Dynamics Model on Service Strategy and Resource Management
p.3662

Efficiency Improvement for Multi Depot Vehicle Routing: A Case Study in Cash Distribution
p.3667

Evaluating and Benchmarking Productive Performance of Shipping Companies
p.3675

Improving Operability of SmartUAV in Navigable Airspace of Korea
p.3679

Intelligent Decision-Making on Modular Products Using Fuzzy Algorithms
p.3686

The Study on the Functional Element Representations for Bicycles with Creative Characteristics
p.3691

Supply Chain Pricing Strategy for Short-Lived Ramp-Type Demand Models
p.3696

Research on Optimized Problem-Solving Solutions Selection of the Production Process
p.3702

Optimizing Bi-Objective Imperfect Preventive Maintenance Model for Multi-Component System Using a Proposed Improved PSO Algorithm
p.3707

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 284-287Intelligent Decision-Making on Modular Products...

Intelligent Decision-Making on Modular Products Using Fuzzy Algorithms

Abstract:

In daily life, it is unavoidable to make a lot of different decisions. Unfortunately, people are not optimal decision makers and do not act rationally when selecting the desired product [1]. To help people select the “right” product to meet their needs, a customizable model based on the fuzzy algorithms is proposed in this study. The linguistic triangular fuzzy variables are used to quantify the judgment intensities to establish the customizable model. The relationship between individual’s needs and product alternatives are constructed by using the fuzzy inference and fuzzy distance algorithms. With the program created in this research, the user will be able to customize the product and obtain the suggested combination of alternatives that fits the user’s needs by selecting the required linguistic terms. A bicycle is chosen as the objective product for a case study in this research and this proposed model can also be used with other products.