Validating training


08-Oct-2019 16:42

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Would you like to answer one of these unanswered questions instead?Participants will learn how an effective Process Validation system is a critical requirement to the movement toward a risk-based approach to compliance and product safety.) Obviously I'm using quotes everywhere, because the actual temporal order of the data may not coincide with actual future (by definition all of the data generation probably took place in the actual past).In reality, the My Idea is that those option in neural network toolbox is for avoiding overfitting. In case if you don't need to choose an appropriate model from several rivaling approaches, you can just re-partition your set that you basically have only training set and test set, without performing the validation of your trained model. My 5 years experience in Computer Science taught me that nothing is better than simplicity. Training set: a set of examples used for learning: to fit the parameters of the classifier In the MLP case, we would use the training set to find the “optimal” weights with the back-prop rule Validation set: a set of examples used to tune the parameters of a classifier In the MLP case, we would use the validation set to find the “optimal” number of hidden units or determine a stopping point for the back-propagation algorithm Test set: a set of examples used only to assess the performance of a fully-trained classifier In the MLP case, we would use the test to estimate the error rate after we have chosen the final model (MLP size and actual weights) After assessing the final model on the test set, YOU MUST NOT tune the model any further! The error rate estimate of the final model on validation data will be biased (smaller than the true error rate) since the validation set is used to select the final model After assessing the final model on the test set, YOU MUST NOT tune the model any further!

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By having a validation set, the iterations are adaptable to where decreases in the training data error cause decreases in validation data and increases in validation data error; along with decreases in training data error, this demonstrates the overfitting phenomenon. Because it has attracted low-quality or spam answers that had to be removed, posting an answer now requires 10 reputation on this site (the association bonus does not count).At each step that you are asked to make a decision (i.e. Step 3) Testing: I suppose that if your algorithms did not have any parameters then you would not need a third step.choose one option among several options), you must have an additional set/partition to gauge the accuracy of your choice so that you do not simply pick the most favorable result of randomness and mistake the tail-end of the distribution for the center . In that case, your validation step would be your test step.Test set (20% of the original data set): Now we have chosen our preferred prediction algorithm but we don't know yet how it's going to perform on completely unseen real-world data.

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So, we apply our chosen prediction algorithm on our test set in order to see how it's going to perform so we can have an idea about our algorithm's performance on unseen data.

Also to be discussed is how to tackle process validation for medical device combination products.