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Which of the following statements about model fitting and fine tuning is most accurate?Group of answer choicesFine tuning is also often called “model estimation”A model’s hyperparameters are learned by fitting the model to the training dataFine tuning is based on a trial-and-error systemThe model’s in-sample performance is estimated during fine tuning

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Solution

The most accurate statement about model fitting and fine tuning is: "A model’s hyperparameters are learned by fitting the model to the training data".

Here's why:

  1. Fine tuning is not often called “model estimation”. Model estimation is a broader term that includes both the initial model fitting and the subsequent fine tuning.

  2. A model’s hyperparameters are indeed learned by fitting the model to the training data. This is the process of adjusting the parameters of the model to minimize the difference between the predicted and actual outcomes.

  3. Fine tuning is not solely based on a trial-and-error system. While trial and error can be part of the process, it is more accurately described as a systematic process of adjusting hyperparameters to improve model performance.

  4. The model’s in-sample performance is not estimated during fine tuning. In-sample performance refers to the model's performance on the training data. Fine tuning, on the other hand, is typically done using a separate validation set to avoid overfitting to the training data.

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Similar Questions

Question 2Complete the following sentence: The training data is used to fit the model, while the test data is used to:1 pointmeasure the parameters and hyperparameters of the modeltweak the model hyperparameterstweak the model parametersmeasure error and performance of the model

Accuracy is always the primary metrics that is used to measure a model’s performance.

Which of the following best describes the order of the 3-way split for model validation when fine-tuning of hyperparameters?Group of answer choicesValidation set; Training set; Test setTraining set; Validation set; Test setTraining set; Test set; Validation setTest set; Training set; Validation set

Question 3What’s the correct order for using a model? 1 pointSplit the data into training and test sets, fit the model on the train set, evaluate model accuracy.Clean the data, split the data into training and test sets, fit the model on the train set, evaluate model accuracy.Split the data into the training and test sets, fit the model on the train set, clean the data, evaluate model accuracy.Clean the data, fit the model on the entire dataset, split the data into training and test sets, evaluate model accuracy.

The fine tuning argument is an inference to the best explanation argument. Group of answer choicesTrueFalse

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