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A Implementation of Electronic Measurement Datum Point Monitoring S/W based on Object-Oriented Modeling for Multi Purpose and High Availability
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 Title & Authors
A Implementation of Electronic Measurement Datum Point Monitoring S/W based on Object-Oriented Modeling for Multi Purpose and High Availability
Jung, Se-Hoon; Sim, Chun-Bo;
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 Abstract
Datum point for displaying location and altitude of point has being advantage usefully in various measurement parts. However, datum point has been increasing loss cases owing to weather changes and stratum changes and neglecting meaninglessly. In this paper, we design and implement a multi electronic measurement system monitoring software with functions such as include maximize utilization of existing measurement datum system as well as collected various environment data and detection stratum changes of surround area. Proposed software is implemented to support that reusability and extensibility of software using object oriented modeling method. Our software supports a GUI for electronic measurement datum point administrator as well as for web user and mobile user. Our system can support a graph GUI for various data analysis and reposition in realtime to database that measured location information and various sensing information to prevent loss of electronic measurement datum point and to detected stratum changes. In addition, we include a QR code and RFID recognition function. Finally, we suggest performance evaluation result to confirm stratum changes detection and GPS location error rate.
 Keywords
Electronic Measurement Datum Point;Monitoring Software;Object-Oriented Modeling;Location Information;
 Language
Korean
 Cited by
 References
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