You are missing trading opportunities:
- Free trading apps
- Over 8,000 signals for copying
- Economic news for exploring financial markets
Registration
Log in
You agree to website policy and terms of use
If you do not have an account, please register
Formula (14) is the probability density function of price increments. Confirmed experimentally.
There (14) are two parameters C and the lambda (the characteristic value of the jump), which is always positive. How can the trend direction be encoded in this function?
It is better to read it this way. The lambda is the sum of the increments of the number of ticks received N over the time interval T. T/N is the rate of trading.
It is better to read it this way. The lambda is the sum of the increments of the number of ticks received N over the time interval T. T/N is the rate of trading.
It is better to read it this way. Lambda is the sum of the increments of the number of ticks received N over the time interval T. T/N is the rate of trading.
I looked it up too, for the first time by the way...
Isn't it easier: take the sum of iVolume() ticks and approximate to 3*10^8, that's the window width
//as a version of courseSo the lambda can also be negative?
Yes
Yes
it's sadomasochism over understanding the Schroedinger equation //phew-phew, don't let it roll over
well, how can the free path of a quantum particle from a barrier breakdown to the next barrier be negative?
it's sadomasochism over understanding the Schrödinger equation //phew-phew, don't let it roll over
well how can the free path length of a quantum particle from a barrier breakdown to the next barrier be negative?
It's a model, of course. If anyone thinks it's a market formula, they're wrong, of course.
It is a model, naturally. If anyone thinks it's a market formula, they're wrong, of course.
Yeah, that's what I'm saying.
the more so Schroedinger himself described the breakdown model very cool and further perversions of his equation are absolutely unnecessary and the model will be cooler
three steps, three components...
you can try that, it's a fact.
all microelectronics nowadays are based on this...