박자(beat)가 난타 연주자의 동작에 미치는 영향
Effect of the beat on Nanta player`s motion.
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초록
[PURPOSE] The purpose of this study was to investigate techniques of the skilled Nanta player`s according to the beat using a three-dimensional motion kinematic analysis. [METHODS] 13 healthy male Nanta master were participated in this study. Nanta play were performed according to the beat (4beat, 8beat, 16beat) randomly. 20 seconds were analyzed after the 30 seconds were passed from the start. Variables were the mean vertical velocity of stick movement, vertical range of movement and trajectory of the stick, and range of movement(ROM) and maximal angular velocity of each segment(shoulder, elbow, wrist). [RESULTS] First, the time of the stick movement phases for both strike phase(SP) and the recovery phase(RP) was shortened according to increased beats(p<.05). Second, the range of movement the stick was statistically significant difference for vertical ranges were significant for all beats(p<.05). Third, the range of movement of shoulder, elbow, wrist were decreased with the increased beat(p<.05), joint range of movements showed that the shoulder the smaller movement than the elbow and wrist, respectively. Finally, the maximal angular velocity of wrist were faster at SP than RP for every beat (p<.05), while the shoulder and elbow were faster at SP except for the 16beat (p<.05). [CONCLUSIONS] It is suggested that elbow movement during the Nanta playing can be associated with whiplash-like movement rather than the wrist.
Abstract
[PURPOSE] The purpose of this study was to investigate techniques of the skilled Nanta player`s according to the beat using a three-dimensional motion kinematic analysis. [METHODS] 13 healthy male Nanta master were participated in this study. Nanta play were performed according to the beat (4beat, 8beat, 16beat) randomly. 20 seconds were analyzed after the 30 seconds were passed from the start. Variables were the mean vertical velocity of stick movement, vertical range of movement and trajectory of the stick, and range of movement(ROM) and maximal angular velocity of each segment(shoulder, elbow, wrist). [RESULTS] First, the time of the stick movement phases for both strike phase(SP) and the recovery phase(RP) was shortened according to increased beats(p<.05). Second, the range of movement the stick was statistically significant difference for vertical ranges were significant for all beats(p<.05). Third, the range of movement of shoulder, elbow, wrist were decreased with the increased beat(p<.05), joint range of movements showed that the shoulder the smaller movement than the elbow and wrist, respectively. Finally, the maximal angular velocity of wrist were faster at SP than RP for every beat (p<.05), while the shoulder and elbow were faster at SP except for the 16beat (p<.05). [CONCLUSIONS] It is suggested that elbow movement during the Nanta playing can be associated with whiplash-like movement rather than the wrist.
참고문헌 (14)
- Brown, J. T., "The Energy expenditure of heavy metal drummers", Master, pp.2016
- Fitts, P. M., "The information capacity of the human motor system in controlling the amplitude of movement", Journal of Experimental Psychology, 47(6), pp.381~391 (1954)
- Fitts, P. M., "Information capacity of discrete motor responses", Journal of Experimental Psychology, 67(2), pp.103~112 (1964)
- 강응관, "전통 북을 활용한 비트게임 구현", 한국컴퓨터게임학회논문지, (17), pp.105~110 (2009), (사)한국컴퓨터게임학회
- Kim, S. J., "Motor Learning and Control" (2009), Daehanmedia
- Kim, S. J., "Introduction to Music Therapy: Theory and Practice" (2002), Gwon hye gyeong Music Therapy Center
- Oh, J. P., "The Effects of Dalcroze Eurhythmics on Young Children`s Ability to Play Percussion Instruments: Centering on Three-to-Four-Year-Olds", The Journal of Total Arts and Music, 4(2), pp.61~73 (2010)
- Park, S. M., "Development of Music Feature Detection Based on Beat Tracking for Musical Expression Optimization", Proceedings of KIIS Fall Conference, 20(2), pp.63~66 (2010)
- Sofia D., "Striking movements: A survey of motion analysis of percussionists", The Acoustical Society of Japan, 32(5), pp.168~173 (2011)
- Shinichi F., "Pianist no nou wo kagakusuru chozetsugiko no mechanism" (2016), CLEMA
- Shinya, F., "Wrist Muscle Activity During Rapid Unimanual Tapping With a Drumstick in Drummers and Nondrummers", Motor Control, 13(3), pp.237~250 (2009)
- Trappe, W., "3-d measurement of cyclic motion patterns in drummers with different skill", Proc. of the Fifth International Symposium on the 3-D Analysis of Human Movement, pp.97~99 (1998)
- Woodworth, R. S., "The accuracy of voluntary movement", Psychological Review, 3(Suppl. 2) (1899)
- Yamazaki, M., "Biomechanical features of striking movements on Japanese drum: Case study", International Symposium on Biomechanics in Sports Symposium (2006)