Browsing by Author "Sun, H. M."

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INTELLIGENT RADIOACTIVE WASTE MANAGEMENT PLATFORM FOR RADIOACTIVE WASTE STORAGE FACILITIES
(2013-06-01)
Chen, Y. -C.
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Yu, Y. S.
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Chen, R. -S.
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Chou, I-Hsin
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Sun, H. M.
Radioactive waste management is now a much discussed public issue, especially since the Taiwanese government announced that three operating nuclear power plants will be decommissioned on schedule. Safe, efficient, reliable, and sustainable solutions to the management of radioactive wastes are critical to the feasibility of the nuclear decommissioning project. Because of the lack of system integration within radioactive waste storage facilities, most of the radioactive waste information systems remain inconsistent. Therefore, the establishment of an intelligent integrated system that provides active assistance in tracing the processes of radioactive wastes is urgent. This study is based on the technology of radio frequency identification for detection of radioactive waste locations. An automatic identification mechanism can monitor the status of storage and instantly notify the relevant parties. Meanwhile, this platform also employs the software agent as the infrastructure to construct the integrated information system architecture; the software agent has been widely accepted as an effective method to integrate heterogeneous systems of the new paradigm. The overall framework will help enhance the monitoring performance for radioactive waste.
RFID Application on Manufacturing Process Control in Semiconductor Industry
(2013-01-01)
Chen, Yeh-Cheng
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Chen, R. S.
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Ye, C. P.
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Sun, H. M.
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資訊管理與財務金融系註：原資管所+財金所
The RFID information system that integrated into semiconductor industry including inventory management, location control and handcar localization. This research focused on cassette management in semiconductor industry. The management enters the data warehouse management from a semiconductor company to the semiconductor company. Based on RFID technology, label information where located on each cassette will be passed to the backend database system. Through RFID technology information, this system presents the RFID label information for the user to achieve tracing purpose. The result unified the RFID and the semiconductor system to establish a set of immediate information management system. Through the RFID technology and flows integration, the RFID system reduced the data warehouse working-hour and increased efficiency in wip production line. The enterprise saved the manpower cost and information transmission was more transparent between customers, manufacture and suppliers.