This study investigated whether soccer penalty-takers can exploit predictive information from the goalkeeper’s actions. Eight low- and seven high-skilled participants kicked balls in a penalty task with the goalkeeper’s action displayed on a large screen. The goalkeeper initiated his dive either before, at or after the ball was struck. The percentage of balls shot to the empty half of the goal was not above chance when the participants could only rely on predictive information. Gaze patterns suggested that the need to fixate the target location to maintain aiming accuracy hindered perceptual anticipation. It is argued that penalty-takers should select a target location in advance of the run-up to the ball and disregard the goalkeeper’s actions.
Harry J. Meeuwsen, Sinah L. Goode and Noreen L. Goggin
The purpose of this experiment was to replicate and extend earlier experiments used to investigate the effect of the motor response, experience with open skills, and gender on coincidence-anticipation timing accuracy. Fifteen males and fifteen females, who were all right-eye and right-hand dominant, performed a switch-press and a hitting coincident-anticipation timing task on a Bassin Anticipation Timing apparatus with stimulus speeds of 4 mph, 8 mph, and 12 mph. Level of experience with open skills was determined by a self-report questionnaire and vision was screened using the Biopter Vision Test. Experience with open skills explained some of the variable error data, possibly supporting a socio-cultural explanation of gender differences. Males performed with less variable and absolute error than females, while performance bias was different for the genders on the two tasks. All participants performed with less absolute error on the 8 mph stimulus speed. The type of task and stimulus speed affected performance variability differently. Based on the task characteristics and these data, it was concluded that optimal effector anticipation is more strongly linked to stimulus speed than receptor anticipation. Future studies will have to confirm this conclusion.
Khaya Morris-Binelli, Sean Müller and Peter Fadde
attempt has been made to determine whether game performance statistics are related to key theoretical and empirical factors of sport expertise such as visual anticipation. Better understanding of the relationship between testable attributes, such as visual anticipation, and batting performance statistics
Jonathan D. Connor, Robert G. Crowther and Wade H. Sinclair
. Therefore, it is the aim of this study to examine the anticipation accuracy and related visual behavior of elite RL players compared with controls when anticipating two different evasive maneuvers (side- and split-steps). Based on similar research, it is hypothesized that the elite athletes would predict
Damian Farrow, Bruce Abernethy and Robin C. Jackson
Two experiments were conducted to examine whether the conclusions drawn regarding the timing of anticipatory information pick-up from temporal occlusion studies are influenced by whether (a) the viewing period is of variable or fixed duration and (b) the task is a laboratory-based one with simple responses or a natural one requiring a coupled, interceptive movement response. Skilled and novice tennis players either made pencil-and-paper predictions of service direction (Experiment 1) or attempted to hit return strokes (Experiment 2) to tennis serves while their vision was temporally occluded in either a traditional progressive mode (where more information was revealed in each subsequent occlusion condition) or a moving window mode (where the visual display was only available for a fixed duration with this window shifted to different phases of the service action). Conclusions regarding the timing of information pick-up were generally consistent across display mode and across task setting lending support to the veracity and generalisability of findings regarding perceptual expertise in existing laboratory-based progressive temporal occlusion studies.
Itay Basevitch, Gershon Tenenbaum, Edson Filho, Selen Razon, Nataniel Boiangin and Paul Ward
directed at identifying the underlying mechanisms accounting for superior anticipation in team sports. Even fewer scholars have examined the cognitive processes involved in assessing patterns of play (e.g., generating and prioritizing situational options) in team settings ( Raab & Johnson, 2007 ; Ward et
Nicholas J. Smeeton, Matyas Varga, Joe Causer and A. Mark Williams
disguise have on the anticipation of throw direction. As an alternative to the conventional manipulations used in previous studies, with the aid of computer simulation or willful actions being performed, for example, the design of three different garments were altered to disguise advance cues or deceive
Harry J. Meeuwsen, Sinah L. Goode and Noreen L. Goggin
Ten young and 10 older adult females, who were all right-eye and right-hand dominant, performed a switch-press and a hitting coincidence anticipation timing task on a Bassin Anticipation Timing apparatus with stimulus speeds of 4,8, and 12 mph. Level of experience with open skills was determined by a self-report questionnaire, and all participants were screened on six visual characteristics using the Biopter Vision Test. Unlike the young adults, older adults reported no substantial experience with open skills. Prior experience with open skills was found to have little effect on the different dependent variables. Nonetheless, young females performed with less absolute and variable error than older females. Our data suggest that older females’ perceptual and motor systems are differentially affected by manipulations of task and stimulus characteristics.
Daniel T. Bishop, Michael J. Wright, Robin C. Jackson and Bruce Abernethy
The aim of this study was to examine the neural bases for perceptual-cognitive superiority in a soccer anticipation task using functional magnetic resonance imaging (fMRI). Thirty-nine participants lay in an MRI scanner while performing a video-based task in which they predicted an oncoming opponent’s movements. Video clips were occluded at four time points, and participants were grouped according to in-task performance. Early occlusion reduced prediction accuracy significantly for all participants, as did the opponent’s execution of a deceptive maneuver; however, high-skill participants were significantly more accurate than their low-skill counterparts under deceptive conditions. This perceptual-cognitive superiority was associated with greater activation of cortical and subcortical structures involved in executive function and oculomotor control. The contributions of the present findings to an existing neural model of anticipation in sport are highlighted.
Paul R. Ford, Jeffrey Low, Allistair P. McRobert and A. Mark Williams
We examined the developmental activities that contribute to the development of superior anticipation skill among elite cricket batters. The batters viewed 36 video clips involving deliveries from bowlers that were occluded at ball release and were required to predict delivery type. Accuracy scores were used to create two subgroups: high-performing and low-performing anticipators. Questionnaires were used to record the participation history profiles of the groups. In the early stages of development, hours accumulated in cricket and other sports, as well as milestones achieved, did not differentiate groups. Significant between-group differences in activity profiles were found between 13 and 15 years of age, with high-performing anticipators accumulating more hours in structured cricket activity, and specifically in batting, compared with their low-performing counterparts.