Kinematic Analysis of the Cross Punch Applied in theFull-contact System Using Inertial Navigation Technology and Surface Electromyography

Baitel, Irina; Deliu, Dan

doi:10.1016/j.sbspro.2014.02.223

Cited by 7 publications

(7 citation statements)

References 2 publications

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“…The punching techniques of the jab and cross showed an equal maximum speed of 7.88 m/s in the group of experienced test persons. In addition, the mean fist velocity of 6.6 m/s in the cross technique showed consistency with the published measurement results of Whiting [ 49 ] as well as with the results published by Baitel and Deliu [ 68 ]. Furthermore, the cross has shown the shortest mean contact time of both groups of subjects for all punching techniques performed.…”

Section: Discussionsupporting

confidence: 90%

Application of a Validated Innovative Smart Wearable for Performance Analysis by Experienced and Non-Experienced Athletes in Boxing

Menzel

Potthast

2021

Sensors

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An athlete’s sporting performance depends to a large extent on the technical execution of the athletic motion in order to achieve maximum effectiveness in physical performance. Performance analysis provides an important means of classifying and quantifying athletic prowess in terms of the significant performance aspects of the sport to provide objective feedback. This study aimed to analyze technical execution in terms of punch trajectory, force, velocity and time, considering the expert-novice paradigm by investigating the technical execution of 31 experienced and non-experienced athletes for the four main punching techniques of the cross, jab, uppercut and hook strike. The kinetic and kinematic data were collected by means of a boxing monitoring system developed and validated for in-field use. The research revealed significant correlation for executed punching trajectory and punch force in intragroup comparison and significant differences in intergroup comparison. No significant differences were detected for punch velocity in either inter- or intra-group paradigms. This study, through use of the sensor system, aligns with the results of existing publications conducted in laboratory conditions, in the assessment of punch force, punch speed and punch time and thus extends the state of research by use of a smart wearable in field method.

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Section: Discussionsupporting

confidence: 90%

Application of a Validated Innovative Smart Wearable for Performance Analysis by Experienced and Non-Experienced Athletes in Boxing

Menzel

Potthast

2021

Sensors

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“…Several studies focus on kinematic and kinetic analysis of straight punches. Results from these studies vary depending on testing procedure, test equipment, and characteristic of participants (Buśko et al, 2016;Chadli, Ababou, & Ababou, 2014;Deliu & BăiŃel, 2013;Girodet, Vaslin, Dabonneville, & Lacouture, 2005;Halperin, Chapman, Martin, & Abbiss, 2016;Irina & Dan, 2014;Kimm & Thiel, 2015;Pierce et al, 2006;Turner, Baker, & Miller, 2011;Walilko, Viano, & Bir, 2005). In terms of kinematic analysis, researchers used accelerometer and motion analysis to analyse punching velocity as well as linear velocities of fist, elbow and shoulder.…”

Section: Introductionmentioning

confidence: 99%

Untitled

2017

JPES

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Powerful straight punches create strategic advantage for boxers. However, there is discrepancy in theoretical and practical understandings of how to deliver powerful straight punches. This paper attempted to investigate the role of trunk rotation in straight punches. Trunk rotation was suggested as a critical component in delivering straight punches. However, no research has yet to address the importance of trunk rotation in straight punches. Three professional boxers who competed regularly in Muay Thai and boxing were recruited in this study. Both kinematic and kinetic analysis were performed. Straight punches were dissected into stages using ground reaction force. The result showed straight punches had 3 stages, i.e., (1) starting position, (2) lead toe off, and (3) lead toe in. The results suggested that the final stage, lead toe in, was the most important in delivering powerful straight punches, and boxers used trunk rotation to transform vertical ground reaction force to horizontal punch force.

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“…An analysis of scientific and methodological literature on the process of forming future officers' readiness to perform assigned tasks by means of special physical training, the questioning of leading specialists in combat and special (physical) training, the analysis of the results of previous research (Muntian, 2013;Podrigalo et al, 2016;Del Vecchio et al, 2018;Boyali, Sevindi, Yüksel, & Demir, 2018;Băiţel & Deliu, 2014;Vences Brito, Ferreira, Cortes, Fernandes, & Pezarat-Correia, 2011;Bizin, Mirgorod, & Khatsaiuk, 2014;Artemiev, Yareshchenko, & Sergienko, 2011;Melnyk et al, 2019;Sheremet, Leniv, Loboda, & Maksymchuk, 2019;Gerasymova et al, 2019;Byvalkevych, Yefremova, & Hryshchenko, 2020;Sebalo, & Teslenko, 2020;Koziuk, Hayda, Dluhopolskyi, & Kozlovskyi, 2020;Kozlovskyi, 2010;Kaletnik, Zabolotnyi, & Kozlovskyi, 2011;Novikov, 2004;Lodatko, 2010;Yarmachenko, 2001) in this field, own combat and pedagogical experience of teaching the "SPT" course, the experience of taking part at various levels of championships on the Ministry of Internal Affairs of Ukraine level proves the need to improve professional competency in future officers.…”

Section: Introductionmentioning

confidence: 99%

Preparing Future Officers for Performing Assigned Tasks through Special Physical Training

Хацаюк

Medvid

Maksymchuk

et al. 2021

RREM

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The use of the newest pedagogical technologies (techniques) with the accentuated influence of the modern technical means of training during practical classes with the SPT and other forms of physical training with the cadets of the National Academy of National Guard of Ukraine during their professional development ensures that they acquire the necessary level of readiness to perform assigned tasks and is the priority of the scientific research. The article aims to formulate a model for forming future officers' readiness to perform assigned tasks using special physical training in higher military educational institutions and to analyze the results of the pedagogical experiment on its implementation. While conducting the pedagogical experiment, the modern technical means of training and functional complexes were used, which increases the level of special physical readiness among the representatives of the experimental group. Also, pedagogical conditions for forming future officers’ readiness to perform assigned tasks using special physical training at the Command faculty of the National Academy of the National Guard of Ukraine were experimentally verified. To improve the “shock” technique of HHC (the technique of applying physical activity measures) and the explosive force, we used the hardware-software system of the martial arts technique “Katsumoto” impact registration (HSS “Katsumoto”), video monitoring of technical handicap operations, Human Reactions Complex (AECS – LAB). Experimental work was implemented in two groups: the control group (CG, n=62) and the experimental group (EG, n=61). It is experimentally confirmed that the high qualification level of special physical readiness ensures the high-quality performance of assigned tasks.

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Kinematic Analysis of the Cross Punch Applied in theFull-contact System Using Inertial Navigation Technology and Surface Electromyography

Cited by 7 publications

References 2 publications

Application of a Validated Innovative Smart Wearable for Performance Analysis by Experienced and Non-Experienced Athletes in Boxing

Application of a Validated Innovative Smart Wearable for Performance Analysis by Experienced and Non-Experienced Athletes in Boxing

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Preparing Future Officers for Performing Assigned Tasks through Special Physical Training

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