willing to bet on that?I gotta say my BS detector is buzzing at this one.
(yours was posted while i was writing my reply to your earlier one)
isn't there some friendly JREF scenario for wagers?
willing to bet on that?I gotta say my BS detector is buzzing at this one.
That was one of my questions. Someone said earlier that UK gaming laws mandated 3 complete circuits before betting is stopped. I am not sure what the rules were in Nevada in the 70's but I have stood in a casino and tried to imagine the timing (click, click, feedback, make decision, bet) and it seemed impossible to me. It all happens too quickly.
casino owners are not always overly concerned about fine points of law.They seemed to go to a lot of trouble to hide the equipment - input/output devices in their shoes, even suffering burns from a leaky battery secured around the waste.
Well, you could read the book. After all Richard Dawkins called it “an astonishing and fascinating tale of scientific heroism.”I gotta say my BS detector is buzzing at this one.
in fact they may have; i do not see how, esp with the hardware they were using, but it was before my time so i was wrongly projecting how one would probably do it today...Both documentaries suggested they were using the equations of motion, which is why I thought that they did.
Thomas Bass, the author, is a science writer; he has written a lot of (other) interesting stuff.Thanks, I will see if I can track down the book (preferably in a library, I am still skeptical and wouldn't want to put money in his hands if it is just a hoax).
methinks it "The" not "They"; published as "The Newtonian Casino" in Europe. the eudaemonic pie idea started before, and lived on well after the roulette attempt.
The one I am referring to did not use cameras, the technology would not have existed to process the images. They relied on clicking a switch every time the ball passed a certain point. I am pretty sure you would need more circuits of the ball than you get to gather all the necessary information, even if you calibrate some things before hand. You need the velocity of the ball, the angular velocity of the turntable and the position of the ball relative to the turntable.I always thought they took a couple images of the wheel with the ball in motion. From the differences in the position of the wheel they could quickly compute it's speed of rotation.(opposite direction of ball) Do the same for the ball, compute angular velocity and adjust for rolling resistance to roughly determine total ball travel. This process could be done anytime after the ball is set in motion. Precise initiation time would not be necessary, since the images would also show the number the ball is curently above and adjustments easily computed. Not necessarily easy, but doable. The computer could simply tell you play the 19 numbers left from 17.(double zero wheel)
They'd also need to have the layout memorized in order to quickly place the bets. Might want some help placing them. Then just avoid getting too greedy.
Predicting which half of the wheel the ball would end up in, they would get back 36 bets for every 19 placed. An 89.5% profit.
Successfully hiding the camera where it has a good view would be the tricky part.
I would have to do some calculations before getting back to you. At a rough estimate I would say you would have to have the correct quarter more than 30% of the time, probably 50%.i expect there is enough info in the book to guess the algorithm; there is also a PRL in 1987 (Farmer and Sidoriwich) which gives a much more complicated data based modelling approach (and sparked off a great deal of interest in forecasting chaotic systems). if you are serious about constructing a demo, i could happily supply code (C) and info on constructing a learning set, in exchange for access to the data for teaching &c. (send a pm). i expect a simple analogue based approach would suffice (a "whether model"), but as you say it would be interesting to see just how skillful one could get the forecast probabilities.
if you can get the I/O to work smoothly, i expect that it is straight forward; i'd naively give 2:1 odds the rate limiting step is placing the bets. do you see an approach better than quarters of the wheel?
would you be happy with getting the quarter correctly 50% of the time? 30%?
would you insist on betting every time, or only on a strong signal?
and of course, if you wanted only proof of concept, you could easily take loads of data without actually placing bets, including the time the betting was closed, and then factor in the processing time, how long it took to place the bets, ...
you could also use film of past games in class, and have students play in real time, each using their keyboard... might be a good way to show people there can be nontrivial profit in NOT using matlab exclusively...
I understand the odds. I still question whether it would be possible to do what they claim to have done.First.. We casino employees on the front lines (dealers, pitbosses, shift managers) arent trained to notice that junk. If anyone is watching for it, its through the camera systems.
The front lines are trained to notice things like bet capping (adding extra chips to a wager AFTER the outcome is known)
Second, I do not believe the doubters understand how little it takes to tilt the odds away from the houses favor in roulette. The house edge on most roulette wagers is based simply on payouts that would otherwise be fair if there were 1 (or 2) fewer slots (often the green slots, as is the case with betting red/back, odd/even, or high/low)
..simply eliminating 1 (or 2) slots from consideration would make the game fair, eliminating more would give the player an edge.
And it would have to be able to collect data and get a response in time to place 8 or 9 bets.
I guess I could memorize 4 groups of 9 numbers but I am not sure how quickly one could get 9 chips down on a table in under a second, which seems like the most you would have.
My total sum knowledge of casino management is based on the TV series ‘Las Vagas’(the modern bay watch).
Notwithstanding, I was under the impression that casino managers welcomed players who had a ‘system’, (I don’t include black jack as there are ways to improve your chances), as far as roulette is concerned.
Do I understand that technology has reversed this i.e. system players are no longer welcome?
OK, fair enough, I was going by the strategy someone earlier said they used.You don't seem to understand the problem then. A single bet is enough.
8 or 9 bets on one spin
vs
1 bet on each of 8 or 9 spins
= the same edge.
An edge is an edge is an edge. The utility of having an edge doesnt disappear just because you arent a casino.
OK,you have a ball spinning one direction, a turntable spinning the other, you have to collect sufficient information to judge the angular velocity of the turntable, the speed of the ball and the position of the ball relative to the turntable, you have to get back a calculation as to the quadrant and then place a bet all in 3-4 seconds. Using 70's 8 bit technology mind you.You should take a step back and think about games of chance for a moment because you are operating under an incorrect assumption.
Now i'm not saying that these specific guys DID infact do what they claim.. but it is certainly possible.