Hi AJ!
There are infinite ways to consider a coin flip succession: of course no matter how we operate, itlr everything will follow a 50/50 statistical probability. Thus no way to beat it, EV=0. If the game is taxed (what happens at every casino game), EV will be negative.
But at baccarat the card distribution is asymmetrical and finite, rules dictate that sometimes one side is more probable than the other one and the asymmetrical pace of key cards will affect a large part of the more likely patterns distribution.
That means (at least in our opinion) that bac successions (shoes) are "biased" at some points, so the idea that each new hand is completely independent from the previous one(s) is totally wrong.
Most hands are unguessable but not EVERY hand is unguessable. More precisely, many hand ranges MUST follow sooner or later a kind of propensity. A thing that we had discovered by running infinite random walks (mechanical betting) applied to the same shoe successions in order to dispute the common knowledge stating that baccarat results follow a kind of 50/50 INDEPENDENT proposition.
Our "main" random walk is the best practical way to get EV+ spots, well knowing that for sure there are better random walks to exploit (yet needing a lot more time to be used).
You observe the first pair of series of 2 Vs Larger Series, and the pair after that is what you consider to be, more often than not, different from the first pair formed?
Yes, this might be a relatively exploitable kind of propensity (at least from a sd values point of view), there are many others applied to the class of pairs belonging to the same category.
More later
as.
There are infinite ways to consider a coin flip succession: of course no matter how we operate, itlr everything will follow a 50/50 statistical probability. Thus no way to beat it, EV=0. If the game is taxed (what happens at every casino game), EV will be negative.
But at baccarat the card distribution is asymmetrical and finite, rules dictate that sometimes one side is more probable than the other one and the asymmetrical pace of key cards will affect a large part of the more likely patterns distribution.
That means (at least in our opinion) that bac successions (shoes) are "biased" at some points, so the idea that each new hand is completely independent from the previous one(s) is totally wrong.
Most hands are unguessable but not EVERY hand is unguessable. More precisely, many hand ranges MUST follow sooner or later a kind of propensity. A thing that we had discovered by running infinite random walks (mechanical betting) applied to the same shoe successions in order to dispute the common knowledge stating that baccarat results follow a kind of 50/50 INDEPENDENT proposition.
Our "main" random walk is the best practical way to get EV+ spots, well knowing that for sure there are better random walks to exploit (yet needing a lot more time to be used).
You observe the first pair of series of 2 Vs Larger Series, and the pair after that is what you consider to be, more often than not, different from the first pair formed?
Yes, this might be a relatively exploitable kind of propensity (at least from a sd values point of view), there are many others applied to the class of pairs belonging to the same category.
More later
as.