| Summary: | 碩士 === 國立暨南國際大學 === 經濟學系 === 91 === The rapid development of the Thin Film Transistor Liquid Crystal Display (TFT-LCD) industry in recent years, with its light weight, power saving, and low-radiation advantages, has catapulted TFT-LCD to an enviable position in the display market. In addition, expanding TFT-LCD applications assure an unlimited potential for future steady growth. Although the technology of TFT-LCD combines semiconductors, chemical engineering, materials, and optics, its capital and technical entry barrier has become quite steep. Nevertheless, Japan, Korea, and Taiwan firms have envisioned a bright future for the industry and have continued pouring investments, ramping up production, and entering the competition.
Through discussion of learning effects, this study aims to build a practical model of the TFT-LCD industry learning effects. In so doing, we will know better the production characteristics of the TFT-LCD industry and analyze internal and external learning effects. By using the internal learning effects, we can see the speed of learning for each production generation; using external learning effects (spillover effects), we can get an idea of the learning outflow phenomenon.
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