作者: Dave Ta Teh Chang , Yuh-Show Tsai , Kai-Chun Yang
DOI: 10.11591/TELKOMNIKA.V11I3.2230
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摘要: Traditional monitoring instruments have been found difficult to meet the requirement for real-time monitoring. This study applied Wireless Sensor Network (WSN) slope stability monitoring, In recent years, slopes in Taiwan frequently caused disasters after heavy rains, and traand understand process of instability from characterization variation new concepts. first stage, Mems Sensors were selected calibrated, accuracy was as 0.1 。 0.5 . The self-made tilt calibration apparatus used calibrate 33 respectively placed on side slope. repeatability validated multiple times. field carried out at second stage. National Highway No. 3 3K+100 TW PHW62 test locations, 23 10 sensors these locations respectively. data collected in-situ industrial computer, transmitted via 3G wireless network card remote management unit basis is now overall distribution hoping use sensor technology develop an effective, energy-saving environmental system platform, so construct intelligent WSN early warning reporting system, which can be disaster prevention engineering. DOI: http://dx.doi.org/10.11591/telkomnika.v11i3.2230 Full Text: PDF