Originally posted by darkhorse
faster:
As I have mentioned before in other words, chaotic systems are generally unpredictable however there will be inflection points within the activity of the system where the "next move" has a better than 50% probability of being pinpointed given certain if/then criteria being met.
...As I have mentioned before in other words, chaotic systems are generally unpredictable however there will be inflection points within the activity of the system where the "next move" has a better than 50% probability of being pinpointed given certain if/then criteria being met. ...
Originally posted by nitro
For all practical purposes, a chaotic system appears random except to the most subtle of "tools." The only way to discover that a [posited] system is not random is by using sophsiticated "tools" like delay maps to find attractors, projections onto orthogonal coordinates to extract signal, hurst exponents to then find out if the instrument has the capacity to continue runs or has a tendency of moves to be followed by counter moves, etc, etc. Some of this analysis isn't even done on the time domain but in the frequency domain. I doubt anyone here is doing that.
FWIW, there are people out there that claim to be trading this way using sophisticated analysis along these lines. Everyone here has probably read "The Predictors" by Bass....