Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait

碩士 === 臺中師範學院 === 教育測驗統計研究所 === 91 === The paper is to compare the analysis of the latent trait by fuzzy regression and traditional regression. Since human thinking and behavior model exist uncertainty, the fuzzy linguistic questionnaire is proposed. This research estimate the data from f...

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Main Authors: Wan-Chun Yang, 楊婉君
Other Authors: Yuan-Horng Lin
Format: Others
Language:zh-TW
Published: 2003
Online Access:http://ndltd.ncl.edu.tw/handle/48378812323607554717
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spelling ndltd-TW-091NTCTC6290052016-06-22T04:20:48Z http://ndltd.ncl.edu.tw/handle/48378812323607554717 Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait 模糊迴歸與傳統迴歸應用於估計潛在特質之模擬比較分析研究 Wan-Chun Yang 楊婉君 碩士 臺中師範學院 教育測驗統計研究所 91 The paper is to compare the analysis of the latent trait by fuzzy regression and traditional regression. Since human thinking and behavior model exist uncertainty, the fuzzy linguistic questionnaire is proposed. This research estimate the data from fuzzy linguistic questionnaire and traditional questionnaire by fuzzy regression and traditional regression. It was supported that the latent trait is known, and the fuzzy linguistic variables is adopted to be triangular fuzzy number which is classified to assymmetry and symmetry. Two different methods of score calculating used are weight average of membership function for fuzzy linguistic variables and maximun of membership for traditional Likert Style Scale. Finally, using those two regression models estimate the results and compare the difference. The outcome shows that the number of people and questions is effective on the estimate of those two regression models. While the number of questions is less, the effect on the estimate of the fuzzy regression is better. On the other hand, the number of questions is more, the effect on the estimate of the triangular regression is better. However, the type of the fuzzy linguistic variables is not effective on the results. In the end of all, it provides some thinking on Computer-Adaptive Test and gives some suggestions to help the follow-research. Yuan-Horng Lin 林原宏 2003 學位論文 ; thesis 45 zh-TW
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description 碩士 === 臺中師範學院 === 教育測驗統計研究所 === 91 === The paper is to compare the analysis of the latent trait by fuzzy regression and traditional regression. Since human thinking and behavior model exist uncertainty, the fuzzy linguistic questionnaire is proposed. This research estimate the data from fuzzy linguistic questionnaire and traditional questionnaire by fuzzy regression and traditional regression. It was supported that the latent trait is known, and the fuzzy linguistic variables is adopted to be triangular fuzzy number which is classified to assymmetry and symmetry. Two different methods of score calculating used are weight average of membership function for fuzzy linguistic variables and maximun of membership for traditional Likert Style Scale. Finally, using those two regression models estimate the results and compare the difference. The outcome shows that the number of people and questions is effective on the estimate of those two regression models. While the number of questions is less, the effect on the estimate of the fuzzy regression is better. On the other hand, the number of questions is more, the effect on the estimate of the triangular regression is better. However, the type of the fuzzy linguistic variables is not effective on the results. In the end of all, it provides some thinking on Computer-Adaptive Test and gives some suggestions to help the follow-research.
author2 Yuan-Horng Lin
author_facet Yuan-Horng Lin
Wan-Chun Yang
楊婉君
author Wan-Chun Yang
楊婉君
spellingShingle Wan-Chun Yang
楊婉君
Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
author_sort Wan-Chun Yang
title Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
title_short Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
title_full Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
title_fullStr Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
title_full_unstemmed Fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
title_sort fuzzy regression and traditional regression is applied to the simulation of estimating the latent trait
publishDate 2003
url http://ndltd.ncl.edu.tw/handle/48378812323607554717
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