Task
Supervised Regression on QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601

Supervised Regression on QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601

Task 104333 Supervised Regression QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601 3 runs submitted
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Noureddin Sadawi 8 years ago
ran flow mlr.regr.rsm(2) on task Supervised Regression on data set QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601
0 likes - 0 downloads - 0 reach - mean_absolute_error: 7.1929, mean_prior_absolute_error: 1.0657, number_of_instances: 768, relative_absolute_error: 6.7496, root_mean_prior_squared_error: 1.2368, root_mean_squared_error: 20.4518, root_relative_squared_error: 16.5354,
Noureddin Sadawi 8 years ago
ran flow mlr.regr.rpart(3) on task Supervised Regression on data set QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601
0 likes - 0 downloads - 0 reach - mean_absolute_error: 0.5425, mean_prior_absolute_error: 1.0657, number_of_instances: 768, relative_absolute_error: 0.509, root_mean_prior_squared_error: 1.2368, root_mean_squared_error: 0.704, root_relative_squared_error: 0.5692,
Noureddin Sadawi 8 years ago
ran flow mlr.regr.ksvm(2) on task Supervised Regression on data set QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601
0 likes - 0 downloads - 0 reach - mean_absolute_error: 0.4459, mean_prior_absolute_error: 1.0657, number_of_instances: 768, relative_absolute_error: 0.4185, root_mean_prior_squared_error: 1.2368, root_mean_squared_error: 0.5978, root_relative_squared_error: 0.4833,

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    Challenge

    Given a dataset with a numeric target and a set of train/test splits, e.g. generated by a cross-validation procedure, train a model and return the predictions of that model.

    Given inputs

    estimation_procedure Custom 10-fold Crossvalidation
    source_data QSAR-DATASET-FOR-DRUG-TARGET-CHEMBL1907601 (4)
    target_feature pXC50

    Expected outputs

    evaluations A list of user-defined evaluations of the task as key-value pairs. KeyValue (optional)
    model A file containing the model built on all the input data. File (optional)
    predictions The desired output format Predictions (optional)

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