| 摘要: | 本研究旨在探討電子書閱讀器之平台系統設計，透過將閱讀器內部幾項主要功能元件進行模組化劃分，提升系統整體的彈性、擴充性與維護效率。隨著行動閱讀裝置需求日益多元，電子書閱讀器必須具備依據不同使用情境與市場需求快速調整與擴充功能的能力。因此，本研究針對電子書閱讀器的核心需求進行系統性分析，將其主要功能劃分為顯示模組、觸控模組、通訊模組及使用者介面模組四大區塊，並將各功能單元獨立化設計。為確保各模組間可相容且具備互換性，本設計採用標準化介面協定進行整合，使不同功能模組能依實際需求自由組合、替換與擴充，滿足各種應用場景與客製化需求。
此外，本文針對所提出之模組化系統架構進行實作與測試，透過功能測試、與穩定性驗證，確認該系統設計在維持穩定運作的同時，亦能有效提供良好的系統擴充性與維護便利性。測試結果顯示，模組化設計不僅能降低開發成本與維修負擔，亦提升系統在多樣化應用情境下的適應性與可重複利用價值。透過本研究成果，預期能為未來行動閱讀裝置及其他嵌入式系統之設計開發，提供一套具備高彈性、高效率且易於維護與升級的系統開發模式，進一步促進智慧型行動裝置領域之應用發展。
;This study aims to explore the platform system design of e-book readers, and to improve the overall flexibility, expandability and maintenance efficiency of the system by modularizing several major functional components inside the reader. As the demand for mobile reading devices becomes increasingly diverse, e-book readers must have the ability to quickly adjust and expand functions according to different usage scenarios and market demands. Therefore, this study conducts a systematic analysis of the core requirements of e-book readers, divides its main functions into four major blocks: display module, touch module, communication module and user interface module, and designs each functional unit independently. To ensure that the modules are compatible and interchangeable, this design uses standardized interface protocols for integration, so that different functional modules can be freely combined, replaced and expanded according to actual needs to meet various application scenarios and customized needs. In addition, this paper implements and tests the proposed modular system architecture. Through functional testing and stability verification, it is confirmed that the system design can effectively provide good system expandability and maintenance convenience while maintaining stable operation. The test results show that modular design can not only reduce development costs and maintenance burdens, but also improve the adaptability and reusability of the system in a variety of application scenarios. Through this research result, it is expected to provide a system development model with high flexibility, high efficiency, easy maintenance and upgrade for the design and development of future mobile reading devices and other embedded systems, further promoting the application development in the field of smart mobile devices. |
