臺灣博碩士論文加值系統

嵌入式系統在我們生活中無所不在，除了日常生活中可看見的家電產品、工業與軍事應用的獨立產品之外，許多大型電腦系統，事實上也是由許多嵌入式系統所組成。
在嵌入式裝置的應用中顯示面板及各種感測器等等周邊設備往往扮演著相當重要的角色，然而隨著科技的發展嵌入式設備也已經跳脫框架產生許多新興硬用型態，例如近年來由於軟性電子技術的發展嵌入式平台不再侷限於「硬式」的機構，「軟式」機構已逐漸熱門，許多國際大廠皆對於「軟式」機構投入資源加以研究如：韓國的Samsung、LG、日本Sony以及台灣的工業技術研究院、友達電子等。
對於這樣新興的應用項目目前已有許多研究，除了著眼於理論基礎外有些研究更是進一步地研究使用者互動方法設計或者新型態應用系統的設計，但是一個新興型態的應用該如何整合開發環境卻鮮少人提及，本篇論文特別針對新興應用型態的開發環境系統整合進行探討、介紹，並且實際於RSX平台上成功移植Android作業系統並且開發周邊設備之驅動，希望能夠透過本論文使得未來的研究者能夠較容易的建立開發環境，進行更多相關研究使得嵌入式系統的新型態應用更加迅速發展。

Embedded systems are everywhere in our lives. Display and touch module always play the important role in many applications of embedded devices. With the development in flexible electronics technology, embedded platform has broken the previous non-bendable concept. To respond to the development of new ``soft" platform device, the flexible display technology has gradually entered the popular stage of development. Many international companies are studying these emerging technology and applications recently, such as South Korea's Samsung, LG, Japan's Sony and Taiwan's ITRI.
There are many studies on this emerging application project, but they focus on the theoretical basis of some research is to further study the user interaction method design or the new type of application system design. However, a new type of application how to integrate development environment is very few paper mentioned. This thesis specifically focuses on the procedure to migrate the system for emerging application, and the successfully migrate Android system to RSX platform. In additional we also develop some kernel driver to RSX platform for integrating more applications. Hoping to through this thesis makes it easier for future to make the development environment and carry out more relevant research to make the new type of embedded system application more rapid

Chapter 1 Introduction 1
1.1 Background 1
1.2 Problem Description 2
1.3 Main Contribution 2
1.4 Thesis Organization 2
Chapter 2 System Background 3
2.1 System Architecture 3
2.2 Android Architecture 4
2.3 Linux Driver Develop Procedure 7
2.4 Motivation 10
Chapter 3 Migrating Android to RSX platform 11
3.1 RSX Hardware Introduction 11
3.2 Establishing a Build Environment 15
3.3 Build Android4.4 Kernel 16
3.4 Customize Android Firmware 18
Chapter 4 System Drivers development on RSX platform 19
4.1 Developing Procedure 19
4.2 Testing The Driver 21
Chapter 5 Conclusion 22
References 23

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