#Imp in a ball how to#
#Imp in a ball professional#
#Imp in a ball series#

#Imp in a ball series#

There were chosen batters (N=24) belonging to the National Baseball Series LIX because it constitutes the national event of higher level in Cuban baseball. In this work, it is applied the Blast Motion Baseball sensor which objective is to identify the variables significantly influencing the performance of batters in Cuban baseball. The introduction of new technologies in baseball has optimized the systems for recording and analyzing information, both in training and in the game, contributing to a more accurate control of a player's performance. An information processing model is used to provide a framework for understanding the contributions of the many visual performance factors used during sports.

This topical review presents an evidence-based review of the common visual performance factors assessed in athletes, beginning with guidance for conducting a visual task analysis for the variety of sports that athlete patients may compete in.

#Imp in a ball how to#

Which visual factors are important and how to most effectively assess visual performance are the sources of much debate. Elite athletes frequently demonstrate exceptional abilities to see and respond effectively in sports competition.

#Imp in a ball professional#

This review provides an analysis of common visual performance assessments, including summaries of recent clinical research from a diverse array of professional literature.Vision is recognized as an important element of sports performance. Our findings suggest that the visual strategies used during table tennis rallies are different between expert and semi-expert players, even though they both have more than 10 years of experience.Įye care professionals seek to provide effective vision care for a variety of patient needs, including performance in sports and recreational pursuits. This result indicates that the gaze-ball angle during table tennis rallies could be associated with eye movements rather than head movements. Furthermore, as the result of multiple regression analysis, the effect of eye movements on the gaze-ball angle was significantly higher than that of head movements.

We also found that eye movements of expert players were significantly smaller than that of semi-expert players. This result indicates that expert players tended to keep their gaze position on the ball shorter than semi-expert players. The results showed that the gaze-ball angle of expert players was significantly larger than that of semi-expert players. Eye and head movements during rallies were also recorded with the eye tracking device and Gyro sensor, respectively. Horizontal and vertical angles between the gaze point and ball positions at the time the ball bounced (gaze-ball angle) were analyzed with the image that was recorded by an eye tracking device equipped with Gyro sensor. Participants conducted a 20-stroke rally under each tempo condition. Two tempo conditions were used in the order of 130 and 150 bpm. Collegiate expert and semi-expert table tennis players conducted forehand rallies at a constant tempo using a metronome. The purpose of this study was to clarify the properties of visual strategies for gaze, eye, and head movements in skilled table tennis players during rallies.