- 學位論文
基於IEEE 1451標準的智慧型感測器自動化辦公室及門禁系統
Smart Sensor Office Automation And Access Control Systems Based on IEEE1451
摘要
摘要 傳統感測器資料無法透過網路提供給資訊中心做資料之管理，而IEEE 1451提供一種可以把感測器結合網路的介面，使用電子數據表單做詳細記錄感測器的相關資料，提供感測值、設定、校正及記錄等功能，為現今的感測器網路提供良好的管理，本論文利用IEEE 1451在設計一個自動化的辦公室以及門禁系統，建立安全可靠之網路，並對感測資料進行管理與監控。 本論文系統之實現將利用新唐公司所開發生產的ARM Cortex-M0微電腦控制晶片來設計，設計一個可攜式的智慧型感測器介面模組及架構網路，並且經由RS-232通訊介面與電腦連接，可讀取智慧型感測器介面模組中的感測器電子數據表單資料，統籌顯示相關資料，此系統也將針對辦公室之舒適性及安全性進行監控。
並列摘要
ABSTRACT Traditional sensors can not provide the sensing data through a network of information centers to make management of information. IEEE 1541 specification combine the sensors, network, and microcontroller to build a smart sensor network. It will combine the sensing, configuration, calibration, and record data to build the TEDS (Transducer Electronic Data Sheet Table). These data can be managed on the information center. In this thesis, we will build the automated office and access control system based on the secure and reliable networks. In the hardware system implementation, we use the Nuvoton ARM Cortex-M0 microcontroller chip. Design a portable smart transducer interface module(STIM) and infrastructure networks to satisfy the specification of the IEEE 1451. We can detect the TEDS information on the network via the RS-232 interface of the Cortex-Mo microcontroller to the PC computer. The automated office and access control system will be monitored and controlled for comfort and safety.