RossTaylorsBox
Cricket Web: All-Time Legend
Magnificent and also an extremely good point.
Because in tennis, it is about what happened, not some predictive path.I mean seriously though, there’s no umpires call in tennis and I’ve seen calls overturned on a millimeter.
Oh I get that but still. Isn’t the margin for umpires call ridiculously large too?Because in tennis, it is about what happened, not some predictive path.
Yep, spot on with that linked post.The idea the umpire's call region was ever anything to do with the accuracy of Hawkeye has only ever been a myth. And quite an obvious one if you think for a moment about how Hawkeye could possibly work. Some of us have been calling it out for near a decade (which I'll provide a link to as quoting in this thread seems a dangerous affair). I doubt this interview will have much impact, though I'd like it to.
So if his name was say Paul Sparrow rather than Paul Hawkins, would it be called SparroweyeHang on, the guy who founded Hawkeye is called Hawkins? ****ing hell.
I don't think they quite say that, but they are complicit in the ridiculousness by saying human judgement should have any part in the system.Suck it @OverratedSanity . Never understood why people still try to argue that the margin for error with hawkeye (even with human manual intervention for certain aspects) is worse than half blind umpires judging in real time. It’s a ridiculous stance and you should feel dumb if you are in that camp.
It’s not perfect but it’s far superior. Relying on a worse method for close decisions makes zero sense.
What is the primary purpose, other to undermine a superior decision making process?Also, am I confused here or is his reply at the end a bit weird? The technology being more accurate than the margin in umpire's call doesn't mean that umpire's call can't help account for that, even if it's not the primary purpose.
Oh my sweet summer child.I don't think they quite say that, but they are complicit in the ridiculousness by saying human judgement should have any part in the system.
A great day for justice, this, incidentally. Now no more can anyone repeat the BS dogma about margins for error etc, and any other BS related to a system that should be solely based on the technology and nothing to do with the on-field call. Doubt anything will change, however.
Ha, if you mean they still can...then true. But the inventor has just debunked that myth (unless he's bullshitting)Oh my sweet summer child.
Well it also depends on ball tracking, besides how are they calculating the impact on ground? Are there actual sensors on/near the lines or what? If not there's still a massive element of prediction going on - fells like half the forum doesn't even understand how this tech worksBecause in tennis, it is about what happened, not some predictive path.
I don't think you understand how this tech works if you think that this is a remotely difficult problem with the camera technology we've had for years now.Well it also depends on ball tracking, besides how are they calculating the impact on ground? Are there actual sensors on/near the lines or what? If not there's still a massive element of prediction going on - fells like half the forum doesn't even understand how this tech works
Sane goes for cricket but there's multiple impacts & impact points we have to consider especially wrt lbw.
Maybe I don't, because I haven't actually seen/read on any sources of their data collection, but you do understand that without actual sensors on the ground you're guesstimating where the ball has bounced, don't you? Secondly with tennis at least at the initial impact the surface area of contact would be smaller, then just before the ball bounces, the area expands. It isn't rocket science - heck the projection part, for hawk eye based lbws, is decades old established science. Ever heard of guided missiles?I don't think you understand how this tech works if you think that this is a remotely difficult problem with the camera technology we've had for years now.
I could give the data generated by the Hawkeye cameras - the location of the ball frame-by-frame, one every hundredth of a second or so or whatever they use - and give it to a 1st year physics student and I would be disappointed if they did not get the correct answer to within 5cm. It's not at all a difficult problem, the difficulty lies in automating the process and making it fast.Maybe I don't, because I haven't actually seen/read on any sources of their data collection, but you do understand that without actual sensors on the ground you're guesstimating where the ball has bounced, don't you? Secondly with tennis at least at the initial impact the surface area of contact would be smaller, then just before the ball bounces, the area expands. It isn't rocket science - heck the projection part, for hawk eye based lbws, is decades old established science. Ever heard of guided missiles?