Hi every one.
suppose you have two strategies both working like random and the strategies use totally different tools(indicators or whatever you use).
strategy A ==> win rate=50% and RR ratio=1:1
strategy B ==> win rate=50% and RR ratio=1:1
If a signal is issued by both A and B then the possibility of the signal ending up in profit is: (0.5*0.5=0.25) ==> 25%
Because signals are independent and we can use the formula:
P(A∩B) = P(A) · P(B)
Isn't it strange. You have two strategies without any edge over market but their combination bring you an edge of 75%.
I think its still 50% unless the signals are opposite
I guess you meant
signal ending up in loss is
instead of
signal ending up in profit is
:)
Yes, the hard part here is to be sure that these are really independant.
This idea is being developed further: Construct a portfolio of N EAs, which in total deliver white noise and trade it (now using martingale is safe!)
https://hudsonthames.org/caveats-in-calibrating-the-ou-process/
- hudsonthames.org
strategy A ==> win rate=50% and RR ratio=1:1
strategy B ==> win rate=50% and RR ratio=1:1
If a signal is issued by both A and B then the possibility of the signal ending up in profit is: (0.5*0.5=0.25) ==> 25%
Because signals are independent and we can use the formula:
P(A∩B) = P(A) · P(B)
Isn't it strange. You have two strategies without any edge over market but their combination bring you an edge of 75%.
İ think the problem is:
Well you can have a tolerance level and you can test these .
Let both strategies run in the tester , pull their trades out , mark wins and losses and time and strategy.
Then feed them back in from the file you exported (no need to constantly trade in the test) use a custom criterion, give the genetic algo some selection criteria to work on and see how they combine .*the mt5 tester
Well you can have a tolerance level and you can test these .
Let both strategies run in the tester , pull their trades out , mark wins and losses and time and strategy.
Then feed them back in from the file you exported (no need to constantly trade in the test) use a custom criterion, give the genetic algo some selection criteria to work on and see how they combine .*the mt5 tester
İ am too lazy to do that. Let's get back to the sellers' dying thread.
It's not that boring or difficult , the problem is would you enter after the "second" strategy fired ? And then you'd have to have some sort of a "box" around the first signal bound by time left and right (bars) and price top and bottom and then the tester would have to figure out what the size of the boundaries is for any improvement
It'd be more fun though to export one strategy , mark it's winners and losers and then try to find what "relates" to either one of themI guess you meant
signal ending up in loss is
instead of
signal ending up in profit is
:)
Yes, the hard part here is to be sure that these are really independant.
This idea is being developed further: Construct a portfolio of N EAs, which in total deliver white noise and trade it (now using martingale is safe!)
https://hudsonthames.org/caveats-in-calibrating-the-ou-process/
- Free trading apps
- Over 8,000 signals for copying
- Economic news for exploring financial markets
You agree to website policy and terms of use
Hi every one.
suppose you have two strategies both working like random and the strategies use totally different tools(indicators or whatever you use).
strategy A ==> win rate=50% and RR ratio=1:1
strategy B ==> win rate=50% and RR ratio=1:1
If a signal is issued by both A and B then the possibility of the signal ending up in profit is: (0.5*0.5=0.25) ==> 25%
Because signals are independent and we can use the formula:
P(A∩B) = P(A) · P(B)
Isn't it strange. You have two strategies without any edge over market but their combination bring you an edge of 75%.