Using Utility Additive Discriminates Analysis for Stock Evaluation

碩士 === 真理大學 === 管理科學研究所 === 91 === This study presents a real application of a multicriteria decision aid (MCDA) approach to stock evaluation based on preference disaggregation, using ordinal regression and linear programming(UTADIS method; UTilités Additives DIScriminantes). The procedure is applie...

Full description

Bibliographic Details
Main Authors: Wei-Jen Wang, 王偉任
Other Authors: Wen-Wu Chang
Format: Others
Language:zh-TW
Published: 2003
Online Access:http://ndltd.ncl.edu.tw/handle/83233067201558944486
id ndltd-TW-091AU000457006
record_format oai_dc
spelling ndltd-TW-091AU0004570062015-10-13T12:47:55Z http://ndltd.ncl.edu.tw/handle/83233067201558944486 Using Utility Additive Discriminates Analysis for Stock Evaluation 可加性效用判別分析在股票評價上之應用 Wei-Jen Wang 王偉任 碩士 真理大學 管理科學研究所 91 This study presents a real application of a multicriteria decision aid (MCDA) approach to stock evaluation based on preference disaggregation, using ordinal regression and linear programming(UTADIS method; UTilités Additives DIScriminantes). The procedure is applied on data concerning common stocks of MSCI components. We evaluated the sample stocks under consideration and determined a trichotomous classification scheme, according to the stock cumulative returns of each share. And using 15 criteria and three kind of stock cumulative returns formation period. The additive utility function that are derived through this approach have the extrapolation ability that any new share can be correctly classified into one of three user-predefined groups. Through the application of preference disaggregation analysis in portfolio selection, it enables the portfolio manager to classify a large number of stocks into a few categories according to their financial and stock market performance. Thus, instead of considering simultaneously hundreds of stocks traded in a stock exchange, a portfolio manager can determine a limited number of stocks upon which to base portfolio construction. The results show that the additive utility function can classify our sample into predefined stock evaluative rating more correctly, when the periods of criteria selection as the same as the stock cumulative returns formation period. Besides, the professional institution index owns the highest weights of all criteria, especially for “fund share-holding ratio”, “recently three months changes in fund share-holding”, “foreign share-holding ratio”, “recently three months changes in foreign share-holding”. It appears that the change of stock holding of institutional investors reflects stock cumulative returns and stock evaluative rating in Taiwan’s security market. Furthermore, the comparison with multiple discriminant analysis illustrates the superiority of the proposed methodology over a well-known multivariate statistical technique that has been extensively used to study financial decision-making problems. Wen-Wu Chang 張 文 武 2003 學位論文 ; thesis 82 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 真理大學 === 管理科學研究所 === 91 === This study presents a real application of a multicriteria decision aid (MCDA) approach to stock evaluation based on preference disaggregation, using ordinal regression and linear programming(UTADIS method; UTilités Additives DIScriminantes). The procedure is applied on data concerning common stocks of MSCI components. We evaluated the sample stocks under consideration and determined a trichotomous classification scheme, according to the stock cumulative returns of each share. And using 15 criteria and three kind of stock cumulative returns formation period. The additive utility function that are derived through this approach have the extrapolation ability that any new share can be correctly classified into one of three user-predefined groups. Through the application of preference disaggregation analysis in portfolio selection, it enables the portfolio manager to classify a large number of stocks into a few categories according to their financial and stock market performance. Thus, instead of considering simultaneously hundreds of stocks traded in a stock exchange, a portfolio manager can determine a limited number of stocks upon which to base portfolio construction. The results show that the additive utility function can classify our sample into predefined stock evaluative rating more correctly, when the periods of criteria selection as the same as the stock cumulative returns formation period. Besides, the professional institution index owns the highest weights of all criteria, especially for “fund share-holding ratio”, “recently three months changes in fund share-holding”, “foreign share-holding ratio”, “recently three months changes in foreign share-holding”. It appears that the change of stock holding of institutional investors reflects stock cumulative returns and stock evaluative rating in Taiwan’s security market. Furthermore, the comparison with multiple discriminant analysis illustrates the superiority of the proposed methodology over a well-known multivariate statistical technique that has been extensively used to study financial decision-making problems.
author2 Wen-Wu Chang
author_facet Wen-Wu Chang
Wei-Jen Wang
王偉任
author Wei-Jen Wang
王偉任
spellingShingle Wei-Jen Wang
王偉任
Using Utility Additive Discriminates Analysis for Stock Evaluation
author_sort Wei-Jen Wang
title Using Utility Additive Discriminates Analysis for Stock Evaluation
title_short Using Utility Additive Discriminates Analysis for Stock Evaluation
title_full Using Utility Additive Discriminates Analysis for Stock Evaluation
title_fullStr Using Utility Additive Discriminates Analysis for Stock Evaluation
title_full_unstemmed Using Utility Additive Discriminates Analysis for Stock Evaluation
title_sort using utility additive discriminates analysis for stock evaluation
publishDate 2003
url http://ndltd.ncl.edu.tw/handle/83233067201558944486
work_keys_str_mv AT weijenwang usingutilityadditivediscriminatesanalysisforstockevaluation
AT wángwěirèn usingutilityadditivediscriminatesanalysisforstockevaluation
AT weijenwang kějiāxìngxiàoyòngpànbiéfēnxīzàigǔpiàopíngjiàshàngzhīyīngyòng
AT wángwěirèn kějiāxìngxiàoyòngpànbiéfēnxīzàigǔpiàopíngjiàshàngzhīyīngyòng
_version_ 1716867449759989760