Publication: Kürek sporunda takım senkronizasyonunun uzaktan algılama ile izlenmesi
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Bu araştırma kapsamında kürek ergometresi ve Kinect kamera kullanılarak kürekçilerin
birbirleri arasındaki senkronizasyonunu sayısal güvenirlilik ile ölçen bir alt yapı
kurgulanmıştır. Bu araştırmaya iki çifte tekne sınıfında yarışmış 2 lisanslı milli erkek
kürekçi ve 2 lisanslı kadın kürekçi dahil edilmiştir. Kürekçilerden 1000 m mesafeyi kürek
ergometresi kullanarak birbirlerine senkronize bir şekilde 32-34 tempo aralığında kat
etmeleri istenmiştir. Sporcular arası senkronizasyon Concept 2 kürek ergometresi ve
Microsoft Kinect V2 kamerası kullanılarak ilgili anatomik birleşme bölgelerinin sanal
sensörler ile işaretlenmesi sonucu sporcuların birbirileri arasında zamanda değişen
senkronizasyonları görüntülenip, analiz edilmiştir. Anatomik birleşme noktalarının
ortalaması alınarak ekip içi senkronizasyonu gösteren bir senkronizasyon kat sayısı
oluşturularak, koordinasyon dinamiği izlenmiştir. Kadın iki çifte ve erkek iki çifte
ekibinin birbirleri ile olan senkronizasyonları anlamlı derecede yüksek bulunurken erkek
ekibin, kadın ekibe kıyasla senkronizasyonları düşük bulunmuştur.
In this research, an infrastructure was designed to measure the synchronization of rowers with each other with numerical reliability by using rowing ergometer and Kinect camera. 2 licensed national male rowers and 2 licensed female rowers who competed in double scull boat classes were included in this study. Rowers were asked to cover 1000m using a rowing ergometer in sync with each other in the 32-34 tempo range. Synchronization between athletes as a result of marking the relevant anatomical junction areas with virtual sensors using the Concept 2 rowing ergometer and Microsoft Kinect V2 camera, the synchronization of the athletes between each other in time was displayed and analyzed. By taking the average of the anatomical junction points, a synchronization coefficient showing the synchronization within the team was created and the coordination dynamics was monitored. The synchronization of the female double scull team and the male double scull team with each other was found to be significantly higher, but the synchronization of the male double scull team was lower than the female double scull team.
In this research, an infrastructure was designed to measure the synchronization of rowers with each other with numerical reliability by using rowing ergometer and Kinect camera. 2 licensed national male rowers and 2 licensed female rowers who competed in double scull boat classes were included in this study. Rowers were asked to cover 1000m using a rowing ergometer in sync with each other in the 32-34 tempo range. Synchronization between athletes as a result of marking the relevant anatomical junction areas with virtual sensors using the Concept 2 rowing ergometer and Microsoft Kinect V2 camera, the synchronization of the athletes between each other in time was displayed and analyzed. By taking the average of the anatomical junction points, a synchronization coefficient showing the synchronization within the team was created and the coordination dynamics was monitored. The synchronization of the female double scull team and the male double scull team with each other was found to be significantly higher, but the synchronization of the male double scull team was lower than the female double scull team.
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Aksoy İ. N., Çetinok Z. M., Üzümcü T., DURU A. D., "Remote Monitoring of Team Synchronization in Rowing Sport", Spor Eğitim Dergisi, cilt.6, sa.2, ss.109-118, 2022
