| Summary: | 碩士 === 國立臺灣科技大學 === 資訊管理系 === 106 === As Long Term Evolution (LTE) cellular technology acquires enormous 4G market success, various technology and application specifications are eager to utilize the next generation, 5G, telecommunication. Spectrum, however, is a scarce natural resource, so the government should deliberately make efforts to distribute sufficient spectrum to 5G technologies and applications, in accordance with the direction of national telecommunication policies. The International Telecommunication Union (ITU) has provided a spectrum requirement estimation model, ITU-R M.2290. However, ITU did not release an implementation system based on ITU-R M.2290 model for further evaluation, analysis, and modification. This thesis therefore proposes a Modularized Spectrum Estimation System (MSE), which provides a user-friendly interface and modularized functionalities to estimate the spectrum requirement under considering various market and technology characteristics. The contributions of MSE are (1) providing spectrum requirement analysis and offering different 5G spectrum plan alternatives in Taiwan; (2) providing a user-friendly interface, which allows policy makers to access the spectrum estimation information quickly and comprehensively; and (3) providing a modularized “plug-and-play” system architecture, which can help spectrum policy researchers to easily implement their idea and explore new ways on estimating spectrum requirement.
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