Andrew_st1:
>> âThis resulting network is downloaded to the client machine upon completion and is not stored on the server. All the scanning takes place on the users PC using their own market data connectionâ
This is definitely a better business model. I assume that the output of this NN running on the userâs machine can be interfaced with a strategy running in TradeStation or NST? (E.g., a DLL type of interface supported by both). I assume that your NN just gives a buy/sell type of signal and that money management, position sizing, and protective stops would have to be set by the user.
>> âaverage learning time for the algorithm is about 4 hours . . . desktop machine this would be more like 16 hours . . .â
For this benchmark what is the size of the training set (number of bars) and how many inputs, I assume that the NN has one output (with something like 0 = ExitLong/Short; 1 = Long/ExitShort) (so I can compare it to NST).
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One final question, perhaps hard to answer without a standardized test, but have you found that your NN has significantly better performance than what NST (or other exiting commercial NNs) would provide using the same inputs in an out-sample-test?
>> âThis resulting network is downloaded to the client machine upon completion and is not stored on the server. All the scanning takes place on the users PC using their own market data connectionâ
This is definitely a better business model. I assume that the output of this NN running on the userâs machine can be interfaced with a strategy running in TradeStation or NST? (E.g., a DLL type of interface supported by both). I assume that your NN just gives a buy/sell type of signal and that money management, position sizing, and protective stops would have to be set by the user.
>> âaverage learning time for the algorithm is about 4 hours . . . desktop machine this would be more like 16 hours . . .â
For this benchmark what is the size of the training set (number of bars) and how many inputs, I assume that the NN has one output (with something like 0 = ExitLong/Short; 1 = Long/ExitShort) (so I can compare it to NST).
--------
One final question, perhaps hard to answer without a standardized test, but have you found that your NN has significantly better performance than what NST (or other exiting commercial NNs) would provide using the same inputs in an out-sample-test?