| Summary: | 碩士 === 逢甲大學 === 資訊電機工程碩士在職專班 === 99 === In recent years, Internet of things (IoT) in academia and industry has been extensively discussed and researched. Using the Internet far and wide open space, as well as RFID, smart sensors, GPS, NFC and other technologies, we are able to construct a system which is ubiquitous and connects all things in target.
In this thesis, we use the EPCglobal network as the main architecture; propose a consistent and open international standard for the concept of Internet of Things management platform. We also use RFID and IEEE 1451 standards as the identification of goods and the environment sensing technology in the IoT. A sensor event is recorded as an EPCIS event, known as a simple event. A complex event is composition of a sequence of related simple events. A complex event processing engine is responsible for analyzing, reasoning, and determining complex events to achieve intelligence of IoT objects.
In this thesis, we use the EcoPark as an application example, to study the feasibility and development of this IoT architecture. We implement a simulator to demonstrate three EcoPark scenarios, including power conservation, water conservation, and environmental sensing conditions.
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