Machine learning in trading: theory, models, practice and algo-trading - page 2994
![MQL5 - Language of trade strategies built-in the MetaTrader 5 client terminal](https://c.mql5.com/i/registerlandings/logo-2.png)
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
Oh, come on, it's not like methaquats are interested. They have other targets.
You can blog about the ideas there, if the quotas don't like it.
For me, the point is always to look for deviations of price from the SB. Econometrics differs from financial stochastics by modelling time - discrete in the former and continuous in the latter, which leads to rather different mathematics, but the essence is the same.
I'm reading books slowly. I don't see such an approach among the people.)))))) The idea is clear, but in the presence of uncertainty it is impossible to predict the lifetime of a state. More all estimation of fair and current price methods are voiced. And this approach is understandable at least.
A question for the moderators, administrators...
R is no longer supported. There's no future
Update Why teach R in 2023?
The author is a dreamerI'm R teaching)))) and python))))))
it's better to learn one thing
For me, the point is always to look for deviations of price from SB. Econometrics differs from financial stochastics by modelling time - discrete in the former and continuous in the latter, which leads to rather different mathematics, but the essence is the same.
Here is a fairly standard example of such a search within econometrics article1 and article2. The approach is exactly related to the search for stationarity (in the asset price or spread) - that is, stationarity is assumed to be possible only sometimes and is defined as a deviation from a more typical SB, rather than being a constant property as in the study of signals in DSP.
For stochasticity, it is difficult to give a simple but meaningful example. My paper on gaps may serve as a hint in this direction, because the distribution studied there is easier to be considered at continuous time. And if we assume the dependence of this distribution on some features, we can develop the idea in the direction of MO.
Has anyone tried making time series convolutions?
convolutions with what?
rolls of what?
Neighbouring indicators.
curious about what?
wondering what?
I just quoted
I quoted
I couldn't pick out anything fantastic or fantasy from your quote, nor from the article itself.