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Ultrasonic Distance Measurement Method by Using the Envelope Model of Received Signal Based on System Dynamic Model of Ultrasonic Transducers
Jin-Hee Choe*, Kook-Sun Lee**, Ick Choy*** and Whang Cho
Abstract In order to acquire an accurate TOF , this paper proposes a method that produces TOF by using a mathematical model for the envelope of the received signal obtained from a system dynamic model of ultrasonic transducer. The proposed method estimates the arrival time of the received signal retrospectively by comparing its wave form obtained after triggering point with its mathematical envelope model. Experimental result shows that the error due to variation of triggering point can be dramatically decreased by implementing the proposed method.
Keyword Envelope model, Least square algorithm, System dynamic model of ultrasonic transducer, Time of flight, Ultrasonic distance measurement
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