Sports Vision Training is about improving an athlete's performance by training visual skills such as peripheral awareness, eye-hand coordination, and speed and span of recognition. Sports Vision training is quickly gaining attention as the next frontier in sports training.
Dynamic Sensory Motor Integration is a Sports Vision training system developed by Dynamic Edge founder Karen Muncey based on decades of work with both military Special Forces units and professional sports teams such as the Edmonton Oilers, the Detroit Red Wings, the New York Rangers, the Edmonton Eskimos, and the Ottawa Senators.
The training program begins with an evaluation of the athlete's current skill levels, in terms of their strengths and weaknesses, as compared to a database of elite athletes (primarily NHL and Special Forces) that has been compiled since 1984. The evaluation is conducted over five training sessions using the DynaVision and Vizual Edge tools. An Evaluation Report is generated is based on the objective measurements provided by these tools. Based on the evaluation results, a training program is designed.
Dynamic Edge offers a Certified Sports Vision Trainer course to teach the Dynamic Sensory Motor Integration (DSMI) Sports Vision training system. This course is the best way to get started in this exciting and growing field of training. You will learn how DSMI Sports Vision training services can be quickly incorporated into your existing business with very little investment. In as little as 80 square feet, you can begin offering the most advanced Sports Vision training in the world, and improve your bottom line. We provide all the training and tools you need to succeed. We are eager to help you grow your business while growing Sports Vision training around the world! Download the course outline now or Contact us today for more information about this exciting opportunity!
"During the time I spent with Karen at Dynamic Edge, I realized that sports vision training has many different applications that I was unaware of. The training for sport performance is obvious but I also learned it can be helpful in both head injury rehab, stroke rehab and concussion management. At Niagara Health & Rehab Centre we work with patients from all walks of life, from individuals who have suffered a stroke to Olympic and world class athletes. I feel that the training I received from Karen will be useful for many of these patients. On a personal note, I think the sport vision training with help me in my other job as a professional soccer referee in Major League Soccer. We are constantly needing to assess play and movement of players in the periphery and the training will certainly help in the regard. Thanks Karen for a excellent week of training and education!"
Dr. Geoff Gamble, D.C., D.Ac, B.Sc Niagara Health & Rehab Centre St. Catherines OntarioRead more testimonials...
DSMI utilizes the most advanced sports vision evaluation and training tools available. For more information about these tools click on the button for each tool below:
Vizual Edge1 is a computer-based training program developed by Dr. Barry Seiller, an opthalmologist and founder of the Visual Fitness Institute. It complements DynaVision training by measuring and improving eye muscle strength and balance which affects your timing, depth perception, decision making, and your ability to track objects as they move rapidly toward or away from you.
Vizual Edge is used by major league sports teams such as the Cleveland Indians, the Milwaukee Brewers, and the Chicago Black Hawks, as well as many university athletic programs in the United States.
1 Vizual Edge is a trademark of Vizual Edge LLC. www.vizualedge.com
Q. What is NeuroTracker1?
A. A scientific technique that improves perceptual-cognitive abilities for athletic performance. An immersive environment is used train the athlete's multiple target tracking skills in a scene of dynamic 3D motion.
NeuroTracker was developed by CogniSens Athletics Inc. - a Montreal-based company that specializes in neurobiological science and technological applications for sports performance and assessment. The science is driven by Chief Science Officer Dr. Jocelyn Faubert, a world-leading neuro-physicist. Dr.Faubert is director of the Visual Psychophysics and Perception Laboratory at the University of Montreal.
Q. How does NeuroTracker work?
A. By isolating the core mental skills used for reading gameplay and then training them intensively at the level of the brain - a focused workout for the mind. NeuroTracker improves the efficiency of the neural networks that process complex motion. Athlete studies in the lab and in the field show NeuroTracker brings radical gains in "perceptual-cognitive ability" - the basis of visual processing. Gains in tracking skill are dramatic because the brain is so adaptive.
Q. Why is NeuroTracker unique?
A. NeuroTracker's hard science approach provides excellent measurements of perceptual agility. Although a major factor in team-sports performance this is generally untrained. NeuroTracker forms a true bridge between neuroscience and sports science as both a practical and proven way to improve perceptual-cognitive ability.
Q. Why is NeuroTracker for team-sports?
A. Team-sport athletes are the Einsteins of the athletic world. Throughout each game they are overwhelmed with scenes of complex and dynamic motion that change rapidly during critical moments of play. Rather than physical ability, sports science studies show that the key difference between elite and sub-elite athletes is the ability manage this visual overload. NeuroTracker raises game-shape levels to handle these extreme visual demands.
Q. What are NeuroTracker's applied uses?
A. NeuroTracker is primarily a performance enhancement tool, but the data drawn from every session is valuable for profiling each athlete's skillset and can also play a critical role in determining return to play readiness after a concussion. NeuroTracker improvement of perceptual agility is a proactive method for reducing the risks of injuries sustained from in-field collisions, and the non-physical training is ideal for athletes already injured.
Q. Does performance transfer?
A. As a raw perceptual-cognitive task, gains with training directly show increased visual processing skill. Substantial NeuroTracker improvements have been established with top teams in NHL, EPL and Rugby. CogniSens Athletics is now collaborating with several of these teams with the aim of correlating performance data and to study the effects of training physical skills while NeuroTracking.
Q. What is the benefit for managing concussions?
A. NeuroTracker sessions scientifically measure each athlete's perceptual-cognitive state. NeuroTracking activates high level mental resources at threshold levels that are known to be disrupted by the effects of concussions. Medical staff can retest post-concussed players to assess mental normalcy and to help judge readiness for going back into the field.
Q. How is injury prevention relevant?
A. Unanticipated collisions or tackles from the sides are a major injury threat amidst the chaos of team-sport play, making perceptual agility an athlete's first line of defense. NeuroTracker's uses wide visual immersion for conditioning peripheral awareness. As well as enhancing the ability to perceive more targets and track them moving in from the sides earlier, NeuroTracker increases the neural efficiency with which these are processed to help a player maintain awareness under pressure.
1 Neurotracker is a trademark of Cognisens Athletics, Inc. www.cognisensathletics.com
The Attentional and Interpersonal Style (TAIS)1 inventory, is a 144 item self-report questionnaire that measures twenty different concentration skills, personal and interpersonal attributes. Those specific concentration skills and personality characteristics can be thought of as the building blocks upon which more complex human behaviors depend.
Concentration skills, and the ability to shift both the width and direction (internal vs. external) are critical determinants of success or failure in virtually any performance situation. You cannot cross the street safely, without paying attention to performance relevant cues. You cannot communicate with another individual effectively without paying attention to the right cues. You cannot problem solve, without shifting attention and focusing on task relevant cues. You cannot get out of the starting blocks in the Olympics in time to win the race, without paying attention to the right cues.
The ability to shift attention, to pay attention to the right cues is affected by two things:
Scores on the TAIS attentional scales allow you to identify an individual's concentration strengths and relative weaknesses. Scores on TAIS personal and interpersonal scales allow you to anticipate the types of performance situations which are likely to interfere with a persons ability to control their level of emotional arousal. These two pieces of information, combined with an understanding of the concentration skills and interpersonal characteristics required by any specific performance situation will allow you to anticipate how a person will perform under pressure, and help you determine the specific steps that will be most helpful in overcoming any identified problem.
1 TAIS is a trademark of Enhanced Performance Systems, Inc. www.taisdata.com
Click on the buttons below for more information on how Sports Vision Training applies to each sport:Baseball
How much information a player is able to take in at once and how quickly he is able to interpret it. An increase in an athlete's speed in recognizing a visual stimulus results in a physical response that is much quicker and more accurate.
The eyes lead the body, not the other way around. The visual system leads the motor system. Our hands or feet or body respond to the information the eyes have sent to the brain. If this information is incorrect, even to the slightest degree, there is a good chance that we will make a mistake in our physical response. Almost every sport error, or poorly executed play, can be attributed to faulty visual judgement, and it is visual judgement alone that determines eye-hand coordination.
This must not be confused with peripheral vision, which cannot be changed. Peripheral vision is dictated by the skeletal structure and the shape of the retina, so what you're born with is what you've got and barring injury or disease, it's what you will die with. Peripheral awareness, on the other hand, can be greatly enhanced by using retinal stimulation. Well developed peripheral awareness helps the athlete to see everything at once, to maintain the whole pattern or the flow of the play, even as they move within it.
The ability to accurately perceive or anticipate what is about to happen, and when. Visual skills training improves your ability to selectively detect important advance physical cues. However, since timing is the key to effective performance, it's important not to over anticipate and commit yourself too soon. Most efforts fail not because the physical movements were wrong, but because they were made at the wrong time. The ability to anticipate is a major factor in high level competitive activities, and even superior speed, size and reflexes cannot compensate for the insufficient processing of the visual information regarding when to perform.
The amount of time required to process the visual information and initiate a physical reaction/response.
The ability to maintain a high level of focus on a key target or objective, in spite of distractions, while also maintaining total awareness of what is happening around you.
Focusing flexibility and tracking are two separate skills, but inseparable as they must work together to achieve good, clear vision; for example, keeping your eyes on the ball. This requires both the ability to change focus instantaneously as objects move closer to or further away from you (accommodation), as well as the ability to keep both eyes working in unison as they track rapidly moving objects (convergence/divergence). Studies have shown that if the athlete's head has to move to aid in eye tracking, his performance is not only less efficient, but balance is thrown off too.
Both eyes working together to give us the ability to judge the distance, the speed and the revolution of objects in space. Poor eye teaming can cause your eyes to misjudge the precise distance of your target, which in turn will cause your brain to misjudge the correct distance. If you perceive the target closer, you will react too soon. If you perceive it farther, you will react too late.