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I don't know about JSH, but Harimoto will mess OMRON's electronics with his high pitch screams!!I wonder how JSH would perform against the robot?
Harimoto will mess OMRON's electronics with his high pitch screams!!
[...] That's the future of table tennis and in some 10 years I won't be surprised if we will start seeing such robots at table tennis clubs. You won't be needing a training partner any more.
Considering the price of robot, that Dan mentioned and the 'big' money involved in table tennis, 10 years seems optimistic ...
Wait til it becomes a T-800 model
Maybe you are right. Let's wait and see
But... if this robot could replace at least partially a coach for lets say 30 usd/h and could work 8 hours a day 6 days a week....and it could be bought for lets say 100k (and I'd say that's a very pessimistic drop in the price for 10 years period) so
8 hours x 6 days x 4 weeks per month x 12 months per year x30usd=70k per year saved on a coach so maybe not so utopian
Jeez ... if the current AI has potential to replace a table tennis coach ... than who's job can be safe? Well maybe not a coach, but a practice partner to some extend ...
Jeez ... if the current AI has potential to replace a table tennis coach ... than who's job can be safe? Well maybe not a coach, but a practice partner to some extend ...
What I found mind blowing was how well it handled my shots and spinny serves!
How long until this robot beats a World Champion?
See how amazing this robot is below:
I'd like to disagree. To move the racket fast enough is the easiest part. It can move so much quicker. The hardest part imho in this setup is to adjust the racket angle corectly to counter the spin and speed. We do it by adjusting our distance to the table, the force of our stroke and counterspinning the ball with full swing topspin. The robot is more or less blocking. So angle is crucial and subtle miscalculation can result in the ball flying of the table...Spinny serves are probably the easiest thing for it to handle because calculating the rotation on the ball is quite easy with front on sensors alone, not even including the ones on the bat.
The thing most difficult is to hit back anything fast and wide due to the limitation of how quickly the arm can move to position.
To beat a world champion... Depends on how much they're willing to invest. I think we have the technology to do this already actually. The frame and movement capability need to be way bigger, the electric motors need to be way faster, the machine learning capabilities to develop and implement actual winning strategies already exist, though. But having a machine to accurately move large distances in that speed and time is probably the most difficult and expensive part. Developing an incredibly good bordering on impossible to return serve should be one of the easier to do, but would most likely need a specific motor capabilities just for serving to actually implement it.