Attribute-based relational mining for stock trading

碩士 === 國立中央大學 === 資訊管理研究所 === 95 ===   In the traditional numerical data mining, the stock data is usually compared with fixed value (ex: the stochastic indicator D > 85 or K < 20). The relative comparison between stock information was rarely discussed (ex: the relation between K and D). Thus...

Full description

Bibliographic Details
Main Authors: Chiu-ting Chiu, 邱秋婷
Other Authors: 陳稼興
Format: Others
Language:zh-TW
Published: 2007
Online Access:http://ndltd.ncl.edu.tw/handle/16606114540082515885
id ndltd-TW-095NCU05396010
record_format oai_dc
spelling ndltd-TW-095NCU053960102015-10-13T13:59:54Z http://ndltd.ncl.edu.tw/handle/16606114540082515885 Attribute-based relational mining for stock trading 屬性導向方法應用於證券交易相對關係規則之挖掘 Chiu-ting Chiu 邱秋婷 碩士 國立中央大學 資訊管理研究所 95   In the traditional numerical data mining, the stock data is usually compared with fixed value (ex: the stochastic indicator D > 85 or K < 20). The relative comparison between stock information was rarely discussed (ex: the relation between K and D). Thus we propose an extended comparative framework on the numerical data. This framework includes the basic comparison “absolute comparison”. Besides, the “relative comparison” between values is added. The “greater than” and “smaller than” relationship will be obtained then. To advance further, this thesis makes use of understandable C5.0 decision tree classification method. In addition to “absolute comparison” and “relative comparison”, the “variable comparison” of values boundary would be found.   We propose a different framework on data mining method which improves the decision tree to deal with each comparison and do some researches on data comparisons. In this thesis, there are three data types of comparison, and these are: absolute comparison, relative comparison, and variable comparison.   We propose “relative comparison” and “variable comparison” for basic “absolute comparison”. As the result of t test via experiments, the accuracy and precision rate of “absolute + relative comparison” is higher than “absolute comparison”, and the performance of “variable comparison” is better than “absolute + relative comparison” significantly. Hence, this framework not only represents the basic “absolute comparison” of traditional data mining but also discovers diversified “relative comparison” and “variable comparison”. In this framework, potential valuable concept can be found. 陳稼興 2007 學位論文 ; thesis 62 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立中央大學 === 資訊管理研究所 === 95 ===   In the traditional numerical data mining, the stock data is usually compared with fixed value (ex: the stochastic indicator D > 85 or K < 20). The relative comparison between stock information was rarely discussed (ex: the relation between K and D). Thus we propose an extended comparative framework on the numerical data. This framework includes the basic comparison “absolute comparison”. Besides, the “relative comparison” between values is added. The “greater than” and “smaller than” relationship will be obtained then. To advance further, this thesis makes use of understandable C5.0 decision tree classification method. In addition to “absolute comparison” and “relative comparison”, the “variable comparison” of values boundary would be found.   We propose a different framework on data mining method which improves the decision tree to deal with each comparison and do some researches on data comparisons. In this thesis, there are three data types of comparison, and these are: absolute comparison, relative comparison, and variable comparison.   We propose “relative comparison” and “variable comparison” for basic “absolute comparison”. As the result of t test via experiments, the accuracy and precision rate of “absolute + relative comparison” is higher than “absolute comparison”, and the performance of “variable comparison” is better than “absolute + relative comparison” significantly. Hence, this framework not only represents the basic “absolute comparison” of traditional data mining but also discovers diversified “relative comparison” and “variable comparison”. In this framework, potential valuable concept can be found.
author2 陳稼興
author_facet 陳稼興
Chiu-ting Chiu
邱秋婷
author Chiu-ting Chiu
邱秋婷
spellingShingle Chiu-ting Chiu
邱秋婷
Attribute-based relational mining for stock trading
author_sort Chiu-ting Chiu
title Attribute-based relational mining for stock trading
title_short Attribute-based relational mining for stock trading
title_full Attribute-based relational mining for stock trading
title_fullStr Attribute-based relational mining for stock trading
title_full_unstemmed Attribute-based relational mining for stock trading
title_sort attribute-based relational mining for stock trading
publishDate 2007
url http://ndltd.ncl.edu.tw/handle/16606114540082515885
work_keys_str_mv AT chiutingchiu attributebasedrelationalminingforstocktrading
AT qiūqiūtíng attributebasedrelationalminingforstocktrading
AT chiutingchiu shǔxìngdǎoxiàngfāngfǎyīngyòngyúzhèngquànjiāoyìxiāngduìguānxìguīzézhīwājué
AT qiūqiūtíng shǔxìngdǎoxiàngfāngfǎyīngyòngyúzhèngquànjiāoyìxiāngduìguānxìguīzézhīwājué
_version_ 1717746853608423424