A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan

碩士 === 國立高雄第一科技大學 === 企業管理研究所 === 94 === Abstract This research is based on the data of 14 listed companies of the TFT LCD Industry and the Key Component Industry in Taiwan during the 2000~2004 periods. Data Envelopment Analysis (DEA) is employed to evaluate the performance of the companies by using...

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Main Authors: Wei-Hsin Lee, 李維新
Other Authors: Roger C. Y. Chen
Format: Others
Language:zh-TW
Online Access:http://ndltd.ncl.edu.tw/handle/81400152123599537891
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spelling ndltd-TW-094NKIT51210212016-05-20T04:18:01Z http://ndltd.ncl.edu.tw/handle/81400152123599537891 A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan 台灣地區薄膜電晶體液晶面板及關鍵零組件產業經營效率之研究 Wei-Hsin Lee 李維新 碩士 國立高雄第一科技大學 企業管理研究所 94 Abstract This research is based on the data of 14 listed companies of the TFT LCD Industry and the Key Component Industry in Taiwan during the 2000~2004 periods. Data Envelopment Analysis (DEA) is employed to evaluate the performance of the companies by using the number of employees, fixed assets, and operating costs as the input variables; net sales revenue as the output variable. We choose three industries and calculate the values of technical efficiency, pure technical efficiency, scale efficiency, slack variables, and Malmquist index. The empirical results are as follows: 1. The technical efficiency of panel industry in 2001 was 0.642, the lowest over these years, while 0.925 in 2004 was the best. The back light industry in 2000 was the lowest over these years for 0.828, mainly came from the scale inefficiency, and the technical efficiency raised up year by year since then. After reaching considerable scale economy and technology development in 2004, the technical efficiency is up to 0.905. The technical efficiency of the TFT LCD drive IC industry was 0.925 in 2000, 0.874 in 2001, 0.901 in 2002, 0.931 in 2003,and 0.912 in 2004, respectively. 2. Analyzing the slack variables, we can provide the strategy for enterprises to enhance productive efficiency by adjusting their input and output variables. For DEA research result in 2004:AU Optronics Corp.is comparatively efficient as the benchmark for other panel companies in technical efficiency. K-Bridge electronics Corp. and Radiant Optoelectronics Corp. are comparatively efficient as the benchmark for other back light companies in technical efficiency. Novatek icroelectronics Corp. is comparatively efficient as the benchmark for other TFT LCD driver IC companies in technical efficiency. iii 3. For the result of Malmquist productivity index, technical efficiency changes influence the productivity of TFT LCD Panel and drive IC companies quite obviously. Every company of the back light industry is influenced relatively a few by pure technical efficiency changes. Roger C. Y. Chen 陳振遠 學位論文 ; thesis 92 zh-TW
collection NDLTD
language zh-TW
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description 碩士 === 國立高雄第一科技大學 === 企業管理研究所 === 94 === Abstract This research is based on the data of 14 listed companies of the TFT LCD Industry and the Key Component Industry in Taiwan during the 2000~2004 periods. Data Envelopment Analysis (DEA) is employed to evaluate the performance of the companies by using the number of employees, fixed assets, and operating costs as the input variables; net sales revenue as the output variable. We choose three industries and calculate the values of technical efficiency, pure technical efficiency, scale efficiency, slack variables, and Malmquist index. The empirical results are as follows: 1. The technical efficiency of panel industry in 2001 was 0.642, the lowest over these years, while 0.925 in 2004 was the best. The back light industry in 2000 was the lowest over these years for 0.828, mainly came from the scale inefficiency, and the technical efficiency raised up year by year since then. After reaching considerable scale economy and technology development in 2004, the technical efficiency is up to 0.905. The technical efficiency of the TFT LCD drive IC industry was 0.925 in 2000, 0.874 in 2001, 0.901 in 2002, 0.931 in 2003,and 0.912 in 2004, respectively. 2. Analyzing the slack variables, we can provide the strategy for enterprises to enhance productive efficiency by adjusting their input and output variables. For DEA research result in 2004:AU Optronics Corp.is comparatively efficient as the benchmark for other panel companies in technical efficiency. K-Bridge electronics Corp. and Radiant Optoelectronics Corp. are comparatively efficient as the benchmark for other back light companies in technical efficiency. Novatek icroelectronics Corp. is comparatively efficient as the benchmark for other TFT LCD driver IC companies in technical efficiency. iii 3. For the result of Malmquist productivity index, technical efficiency changes influence the productivity of TFT LCD Panel and drive IC companies quite obviously. Every company of the back light industry is influenced relatively a few by pure technical efficiency changes.
author2 Roger C. Y. Chen
author_facet Roger C. Y. Chen
Wei-Hsin Lee
李維新
author Wei-Hsin Lee
李維新
spellingShingle Wei-Hsin Lee
李維新
A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
author_sort Wei-Hsin Lee
title A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
title_short A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
title_full A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
title_fullStr A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
title_full_unstemmed A Study on the Operating Efficiency of the TFT LCD Industry and the KeyComponent Industry in Taiwan
title_sort study on the operating efficiency of the tft lcd industry and the keycomponent industry in taiwan
url http://ndltd.ncl.edu.tw/handle/81400152123599537891
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