Integration and interoperability in the context of enabling end- user to incorporate arbitrary electronic devices and software into a collective population of resources capable of cooperation.

• Main Authors: Jacewicz, Krzysztof Kamil, 秦學思
• Other Authors: Huang, ChingYao
• Format: Others
• Language: en_US
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/39260623701915279449

碩士 === 國立交通大學 === 電機資訊國際學位學程 === 101 === 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