
This table tells us what is the most important in computerized roulette prediction.
Here we need to understand that without adequate hardware there isn't enough accurate timing and proper error correction is impossible. Also if there isn't proper error correction for errors created due to human reflexes when ball is clocked, calculation can't be accurate because during calculation wrong data would be used. Further more all following requirements would be drastically reduced and meaningless. For example without needed accuracy there is no point of having system which is 100% secure. From this chart we can see that the FFZ is about 75% from the most possible of 100% and the FFA is about 90%.
Roulette computer objectives
Main objective of roulette computer is to measure ball and rotor speed then to predict where the ball will hit rotor. After measured ball and rotor speeds, the computer needs to calculate when the ball will drop and which number will be at that position. How the ball will behave after impact with rotor is pretty much chaotic, also it is specific for each wheel-ball combination.
We can't predict ball jumps across rotor pockets. All we can do in regards that problem is to find how much random it is and where from impact with rotor the ball most of the time should end. In usual this part is 60% random, on some wheels it may be less and on some it can be so high that is practically impossible to have any advantage.
It leaves us with in average of 40% predictability which is still huge since casino has only 2.7% advantage. This means that if we have roulette computer that can accurately predict each time we would change -2.7% in to 40% in our favor. It is huge but can we really do it so accurately.
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