The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint

碩士 === 銘傳大學 === 資訊管理研究所 === 88 === Although the quality of data is recognized as crucial in the information age and the topic of data quality is gaining more and more research efforts, most of previous studies focus on how to ensure the quality of the data of concern. To the best of our knowledge, n...

Full description

Bibliographic Details
Main Authors: Ching-Yu Lu, 呂靜喻
Other Authors: Bertrand Miao-Tsong Lin
Format: Others
Language:zh-TW
Published: 2000
Online Access:http://ndltd.ncl.edu.tw/handle/84181761792443732186
id ndltd-TW-088MCU00396008
record_format oai_dc
spelling ndltd-TW-088MCU003960082015-10-13T10:56:27Z http://ndltd.ncl.edu.tw/handle/84181761792443732186 The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint 資料品質衡量量表之建構-半導體產業資料消費者觀點 Ching-Yu Lu 呂靜喻 碩士 銘傳大學 資訊管理研究所 88 Although the quality of data is recognized as crucial in the information age and the topic of data quality is gaining more and more research efforts, most of previous studies focus on how to ensure the quality of the data of concern. To the best of our knowledge, none work has been conducted from the data consumer’s viewpoint. As a consequence, in this study we construct a data quality measurement scale based on consumer’s viewpoint. As the semiconductor-related industry is one of the most successful and promising economic activities in Taiwan, we confine our study to data consumers in this area. In this study we first congregate some data quality attributes that have been proposed in the literature, and then develop a data quality scale. Through an empirical survey, purification of the first stage scale, and verification of reliability and validity of the first stage scale, a scale for the second stage is produced. The stage-two scale is further processed by purification and verification. Then, we develop a more reliable and parsimonious data quality scale. Through first stage purification and verification, we identify 39 items related to seven dimensions, namely presentation and flexibility, reliability, manipulation, completeness, cost effectiveness and security, format, and component. During the second stage purification and verification, we identify 20 items related to three dimensions, namely reliability, usability, and completeness. With the scale attained as for reference basis, system analysts may develop information systems conforming to data consumer’s needs. On the other hand, data consumers can use this scale to measure and evaluate the information systems they are working with. Aligning data quality with user and/or organization’s needs will strengthen the competing edge. Bertrand Miao-Tsong Lin Fang-Ming Hsu 林妙聰 許芳銘 2000 學位論文 ; thesis 90 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 銘傳大學 === 資訊管理研究所 === 88 === Although the quality of data is recognized as crucial in the information age and the topic of data quality is gaining more and more research efforts, most of previous studies focus on how to ensure the quality of the data of concern. To the best of our knowledge, none work has been conducted from the data consumer’s viewpoint. As a consequence, in this study we construct a data quality measurement scale based on consumer’s viewpoint. As the semiconductor-related industry is one of the most successful and promising economic activities in Taiwan, we confine our study to data consumers in this area. In this study we first congregate some data quality attributes that have been proposed in the literature, and then develop a data quality scale. Through an empirical survey, purification of the first stage scale, and verification of reliability and validity of the first stage scale, a scale for the second stage is produced. The stage-two scale is further processed by purification and verification. Then, we develop a more reliable and parsimonious data quality scale. Through first stage purification and verification, we identify 39 items related to seven dimensions, namely presentation and flexibility, reliability, manipulation, completeness, cost effectiveness and security, format, and component. During the second stage purification and verification, we identify 20 items related to three dimensions, namely reliability, usability, and completeness. With the scale attained as for reference basis, system analysts may develop information systems conforming to data consumer’s needs. On the other hand, data consumers can use this scale to measure and evaluate the information systems they are working with. Aligning data quality with user and/or organization’s needs will strengthen the competing edge.
author2 Bertrand Miao-Tsong Lin
author_facet Bertrand Miao-Tsong Lin
Ching-Yu Lu
呂靜喻
author Ching-Yu Lu
呂靜喻
spellingShingle Ching-Yu Lu
呂靜喻
The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
author_sort Ching-Yu Lu
title The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
title_short The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
title_full The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
title_fullStr The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
title_full_unstemmed The Construction of Data Quality Measurement Scale ─Semiconductor-Related Industry Data Consumer’s Viewpoint
title_sort construction of data quality measurement scale ─semiconductor-related industry data consumer’s viewpoint
publishDate 2000
url http://ndltd.ncl.edu.tw/handle/84181761792443732186
work_keys_str_mv AT chingyulu theconstructionofdataqualitymeasurementscalesemiconductorrelatedindustrydataconsumersviewpoint
AT lǚjìngyù theconstructionofdataqualitymeasurementscalesemiconductorrelatedindustrydataconsumersviewpoint
AT chingyulu zīliàopǐnzhìhéngliàngliàngbiǎozhījiàngòubàndǎotǐchǎnyèzīliàoxiāofèizhěguāndiǎn
AT lǚjìngyù zīliàopǐnzhìhéngliàngliàngbiǎozhījiàngòubàndǎotǐchǎnyèzīliàoxiāofèizhěguāndiǎn
AT chingyulu constructionofdataqualitymeasurementscalesemiconductorrelatedindustrydataconsumersviewpoint
AT lǚjìngyù constructionofdataqualitymeasurementscalesemiconductorrelatedindustrydataconsumersviewpoint
_version_ 1716833550518452224