2010Ryuutai Kougaku Bumon Kouenkai kouen rombunshuu/Ryutai Kogaku Bumon Koenkai koen ronbunshuOpen access

0202 Estimation of the flying disc dynamics using the inertia sensor

Reno Koyanagi, Yuji Ohgi

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Abstract

The purpose of this research is to estimate the angular velocity and direction of the rotational axis of the flying disc by inertia sensors. A subject performed throwing by using the flying disc attached the accelerometer. The closed up release and catching point images were acquired using the high speed cameras. The angular velocity was estimated from the centrifugal and angular acceleration. And rotational axis was estimated using gyroscope and accelerometer Estimated angular velocity and rotational axis were compared to the calculated angular velocity by the cameras.

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What this paper is about

The purpose of this research is to estimate the angular velocity and direction of the rotational axis of the flying disc by inertia sensors. A subject performed throwing by using the flying disc attached the accelerometer. The closed up release and catching point images were acquired using the high speed cameras. The angular velocity was estimated from the centrifugal and angular acceleration. And rotational axis was estimated using gyroscope and accelerometer Estimated angular velocity and rotational axis were compared to the calculated angular velocity by the cameras.

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Available abstract

The purpose of this research is to estimate the angular velocity and direction of the rotational axis of the flying disc by inertia sensors. A subject performed throwing by using the flying disc attached the accelerometer. The closed up release and catching point images were acquired using the high speed cameras. The angular velocity was estimated from the centrifugal and angular acceleration. And rotational axis was estimated using gyroscope and accelerometer Estimated angular velocity and rotational axis were compared to the calculated angular velocity by the cameras.

Key concepts: Angular velocity, Angular acceleration, Gyroscope, Angular displacement, Accelerometer, Acceleration, Physics, Rotational speed

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