整合和互通任何可利用之電子與軟體合作之資源技術

Abstract

研究目的 如何開發一個系統，結合各種原本獨立的硬體及軟體，串聯起每個獨立的系統，讓使用者只需要一個網絡平台，更方便的操作及解決原本使用上的困難。

學術背景及方法 作者的學術背景是電機資訊，特別是通訊網路，此外作者的興趣是編寫崁入式系統及編譯器設計。作者的實務經驗相當豐富，曾任職於益速科技（北京）有限公司、

網樂科技(北京)有限公司及銳綸數位股份有限公司，擔任產品經理，分別負責CDN相關產品、網路平台開發及CMS系統開發；下一家公司於技嘉科技服務擔任銷售經理

，負責硬體銷售管理。接下來於美商安邁科技股份有公司台灣分公司服務時，工作內容跟雲端計算及Web服務息息相關。這個論文的完成，除了參考前人的研究之外，

作者本身豐富的實務經驗也是重要的因素。

結論 作者除了設計一個軟體架構，更有相當程度的開發，完成一個基礎可使用的版本。雖然目前開發的系統只完成了五分之二，但是卻已實務的套用在商業的用途作使用

，所以這個研究不只是研究，是一個相當實用而且可執行的系統開發。雖然這個成果並不是當初研究的目的，但是因為這個研究，發現了當中已經涵蓋了SOA as a

Service的技術。

Objectives of the study

How to enhance End-users’ experience by developing a system (and a standard) for integrating owned devices

and programs into a network of resources, and be able to selectively and remotely access functions distributed

across the network? And how to enable developers to easily make their existing products compatible with the

system?

Academic background and methodology

Author’s academic background is in EECS with the concentration in Networking and Telecommunication, and additional interest in Compiler Theory and programming for embedded systems. Professional background includes work at Rawspeed (Beijing) Technology Ltd., as Product Manager for CDN related products, at Vale (Beijing) Internet Technology Ltd., as Product Manager web service and user experience, at Rulingcom Digital Inc. (Hsinchu) as Project Manager, working on CMS system, GIGABYTE Technology (Xindian), working as Account Manager for Channel sales division GIGAZONE, and at American Megatrends Inc. Taiwan Branch (Taipei), as Marketing Specialist and supporting engineer working on projects directly related to cloud computing, remote server management, and web service architecture. Methodology used in the process of research includes review of publications and knowledge acquired during professional work.

Findings and conclusions

In process of the research architecture has been designed and proposed for integration of hardware and software

resources. Key finding was that it can be implemented, and even used in a commercial project with much

success. It was also found that created solution has saved time and complexity when adding RPC functionality

to an existing system and did not require the existing code (originally the eventuality of incorporating ignoring

RPC support) to be redesigned in any bit. As a result, the system was found to enable SOA as a Service

Keywords : RPC, Middleware, M2M communications, Internet of Things, Home automation