Knowing in advance that no one will do any of what I suggest, but still.
1. Everyone knows that real BP and its increments are 98% like a stationary Laplace motion random process, except for the 2% abnormal outliers in the "heavy" tails.
Those 2% are the reason for the 98% loss) Think of it as an enhanced version of the 80/20 rule
That 2% is the reason for the 98% loss) Think of it as an enhanced version of the 80/20 rule
I agree.
So that's the problem - by all means remove, exclude these 2% from BP. For pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
So that is the task - by all means remove, exclude these 2% from BP. For pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
You'd better think about what to do with this 2%. You can exclude them from calculations, but in reality they were and will remain. "They won't hit on the passport, but on the face.
So that is the task - by all means remove, exclude these 2% from BP. For on pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
2%? Getting in the way? This is from the cycle of the bad dancer.
A 2% noise level for most signals is like no noise at all.
There's nothing to see here. On those stationary series, which I posted, my TS gives the most confident profit.
Therefore, for me, the main task is to convert the real BP to a stationary form.
I think the same should be in the first place for neural networkers. Everything else is nonsense.
I don't know, I'm not a deep expert in neural networks, rather work with trees, but my file for finding solutions looks like a set of predictors with a target.
I need help, I have predictors, I have targets, but I don't know how to get the most out of the data - very little training experience (different models show different results with default settings).
Allow the use of cookies to log in to the MQL5.com website.
Please enable the necessary setting in your browser, otherwise you will not be able to log in.
You are signed in. Two-factor authentication has been disabled. Set it up again and scan a new QR code, or continue with two-factor authentication disabled.
Knowing in advance that no one will do any of what I suggest, but still.
1. Everyone knows that real BP and its increments are 98% like a stationary Laplace motion random process, except for the 2% abnormal outliers in the "heavy" tails.
Those 2% are the reason for the 98% loss) Think of it as an enhanced version of the 80/20 rule
That 2% is the reason for the 98% loss) Think of it as an enhanced version of the 80/20 rule
I agree.
So that's the problem - by all means remove, exclude these 2% from BP. For pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
I agree.
So that is the task - by all means remove, exclude these 2% from BP. For pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
I agree.
So that is the task - by all means remove, exclude these 2% from BP. For on pure stationary Laplace motion, using Lyapunov's TSP, my TS gives the most confident "+".
2%? Getting in the way? This is from the cycle of the bad dancer.
A 2% noise level for most signals is like no noise at all.
2%? Getting in the way? This is from the cycle of the bad dancer.
A 2% noise level for most signals is like no noise at all.
Yuri, please show us the original BP and the converted stationary BP. You can leave the filter as a secret. А?
Yuri, please show us the original BP and the converted stationary BP. You can leave the filter a secret. А?
I do not do this. And it's not in my plans).
This is an artificial series of Laplace motion with the start at 0 and nothing more.
So far my TS is giving the conditional +175.86 pips on the 1st series of 25 trades (+14/-11). I'll check it further...
Can the NS get anything out of them?
I'm sorry, but I can't work purely with numbers without logic, and I'm not interested in looking for logic in excel. I'll watch from the outside.
I'm sorry, but I can't work purely with numbers without logic, and I'm not interested in looking for logic in Exel. I will observe from the sidelines.
There's nothing to observe. On those stationary rows, which I have posted, my TS gives the most confident profit.
Therefore, for me, the main task is to convert the real BP to a stationary form.
I think the same should be in the first place for neural networkers. Everything else is a trifle.
There's nothing to see here. On those stationary series, which I posted, my TS gives the most confident profit.
Therefore, for me, the main task is to convert the real BP to a stationary form.
I think the same should be in the first place for neural networkers. Everything else is nonsense.
I don't know, I'm not a deep expert in neural networks, rather work with trees, but my file for finding solutions looks like a set of predictors with a target.
Is anyone working with anything other than time series/increments?
I need help, I have predictors, I have targets, but I don't know how to get the most out of the data - very little training experience (different models show different results with default settings).
Can anyone help on this issue?