Row 4324

Row ID: 4324 | Dataset Entry | Axioma AXP Content Repository

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Yes. You are not going to want to train it each time there is a new rating rather train via transfer learning after you gather enough new data for training runs.

You can also build another model that grades the game model's attempts for you, and could potentially use scripts or a third model to automate running the training once certain conditions are met.

I don't know how much training data you need because I don't know the game but there are many other game models that learn by various do or diffusion techniques etc. I would recommend reading papers or how-to's on those game models and look up things you don't understand. Worry more about the theories and methods that can be applied than understanding every bit of math unless you have to understand it to translate game rules into logical expressions.

Try to find lit that is similar to your game rules if none for your game exist to fork from.

FieldValue
text Yes. You are not going to want to train it each time there is a new rating rather train via transfer learning after you gather enough new data for training runs. You can also build another model that grades the game model's attempts for you, and could potentially use scripts or a third model to automate running the training once certain conditions are met. I don't know how much training data you need because I don't know the game but there are many other game models that learn by various do…
label r/neuralnetworks
dataType comment
communityName r/neuralnetworks
datetime 2024-04-08
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{
  "text": "Yes. You are not going to want to train it each time there is a new rating rather  train via transfer learning after you gather enough new data for training runs. \n\nYou can also build another model that grades the game model's attempts for you, and could potentially use scripts or a third model to automate running the training once certain conditions are met. \n\nI don't know how much training data you need because I don't know the game but there are many other game models that learn by various do or diffusion techniques etc. I would recommend reading papers or how-to's on those game models and look up things you don't understand. Worry more about the theories and methods that can be applied than understanding every bit of math unless you have to understand it to translate game rules into logical expressions. \n\nTry to find lit that is similar to your game rules if none for your game exist to fork from.",
  "label": "r/neuralnetworks",
  "dataType": "comment",
  "communityName": "r/neuralnetworks",
  "datetime": "2024-04-08",
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}
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