Posts Tagged ‘Theo Epstein’

Good luck getting anything done tomorrow, tech community: Red Sox-Angels at 9:37

Thursday, October 8th, 2009

Tonight is Game 1 of the Red Sox’ five-game divisional series against the Angels, which creates two near-certainties: Another Sox/Yankees ALCS; and “worker productivity” becoming an oxymoron at offices throughout New England tomorrow. This thing doesn’t start till 9:37 p.m., for Hendu’s sake, and postseason baseball tends to go well with alcohol.

But what baseball taketh away, it can also giveth, or whatever. The sport has inspired some nifty innovations in analytics, robotics and … let’s call it life sciences.

MIT News Office photo

MIT News Office photo

• In spring training, the Sox, who even give their IT guy World Series rings, supplemented hitting coach Dave Magadan with the MIT Media Lab, naturally. For the last few years, researchers from the Media Lab’s Responsive Environments Group, has been strapping sensors to minor leagers while they’re batting at the Sox camp at Fort Myers. The info from accelerometers and gyroscopes could provide insight on differences in swing mechanics during a hot streak or a slump.

• Using an arm developed at MIT, University of Tokyo researchers have developed baseball-playing robots that could make the Fall Classic either more interesting, or entirely pointless, to watch. Think of all the time and money the Sox would save on scouting, not to mention free agency. And J.D. Drew would presumably be injured far less often if he were a robot. (more…)

Forget Roy Halladay: Robotic Japanese pitcher has MIT-made arm

Friday, July 24th, 2009

Theo Epstein and Bill James have some scouting to do — University of Tokyo researchers have made pitching and hitting robots which can play nearly perfect games against each other, calling into question the whole point of playing the game in the first place.

The pitcher throws a 24 mph fastball and, being a robot, would presumably be pretty durable — wait, somebody check under Tim Wakefield’s face for a metal skull. 

“The pitching robot uses an arm from MIT and a three-fingered hand developed in-house (that’s so nimble it can open and close 10 times per second) to release a strike zone pitch 90% of the time. Meanwhile the batting robot offers intense competition by wielding a 1000fps camera that can track the pitch in realtime, connecting with the ball almost every time it flies in the strike zone.”

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