“We pull out things like velocity acceleration and when they hit their top speed. For example, when an athlete hits their top speed. We can see something that’s really fascinating. They actually hit a top speed and then they start to decelerate and every athlete does it. Even when you look at Usain bolt, you see his races and he looks like he’s pulling away. And you think that he’s kicking it up to another gear. He’s actually slowing down, just not as much as his competitors, you just can’t see it until you look at the data.”
That’s just one of the fascinating data points that Jonathan Lee, the Director of Sports Performance Technology for the Olympic Technology Group at Intel, has at his fingertips. And on this episode of IT Visionaries, he offered up details about how his department and Intel are working together to enhance 3D tracking technology ahead of the 2021 Olympic games in Tokyo so that the athletes and coaches can also benefit from Intel’s technology. Jonathan explains how Intel is leveraging everyday cameras to track and monitor athlete performance and he also dishes on how this technology is being used to enhance the health and well-being of some of the best athletes on the planet.
-What Kind of Camera is That?: By designing technology around cameras in a way that makes it possible for anyone to use it — from professionals to amateurs — you’re able to increase the adoption of the platform, and increase the scale at which the system can operate. Since Intel designed the technology around smartphones, a coach with a phone or table, can record an athlete doing a particular drill and have instant analysis on the spot. If you only design for high-definition or high frame-rate cameras, those cards then have to be pulled off the cameras and then run through the system.
-The Future of Sports Medicine: Thanks to A.I. tracking, coaches can more easily hone in on body mechanics or identify trouble spots to bring to an athlete’s attention. From there, the athlete can more effectively train to fix a specific problem or enhance a part of their performance based on data.
-So there’s no Sensors?: With a sensorless system, you are able to get more accurate results based on the exact moment an athlete completes a drill or finishes a run. When you use sensors to identify when a particular test has begun or finished, you are reliant on the sensor to identify the exact moment it was crossed. By relying on instant tracking, Intel is able to gather more precise times which have led to higher accuracy with its data sets.