@techreport{oai:ipsj.ixsq.nii.ac.jp:00235001,
 author = {Guanyu, Chen and Haruna, Mori and Shimpei, Aihara and Fumito, Masui and Yoshinari, Takegawa and Guanyu, Chen and Haruna, Mori and Shimpei, Aihara and Fumito, Masui and Yoshinari, Takegawa},
 issue = {18},
 month = {Jun},
 note = {This study presents a novel approach for measuring the rotational angle and rotational speed of a curling stone in motion. By utilizing an sensor and real time quaternion data, accurate measurements are obtained through effective data processing. The proposed method provides a and efficient solution for capturing and analyzing the dynamic rotation of curling stones., This study presents a novel approach for measuring the rotational angle and rotational speed of a curling stone in motion. By utilizing an sensor and real time quaternion data, accurate measurements are obtained through effective data processing. The proposed method provides a and efficient solution for capturing and analyzing the dynamic rotation of curling stones.},
 title = {IMU Sensor-Based Rotation Angle Computation System for Curling Stone},
 year = {2024}
}