Construct a Linear Estimator
Construct a linear model, which can be used to predict a continuous outcome
(in the case of linear_regressor()
) or a categorical outcome (in the case
of linear_classifier()
).
linear_regressor(feature_columns, model_dir = NULL, label_dimension = 1L, weight_column = NULL, optimizer = "Ftrl", config = NULL, partitioner = NULL) linear_classifier(feature_columns, model_dir = NULL, n_classes = 2L, weight_column = NULL, label_vocabulary = NULL, optimizer = "Ftrl", config = NULL, partitioner = NULL)
feature_columns |
An R list containing all of the feature columns used
by the model (typically, generated by |
model_dir |
Directory to save the model parameters, graph, and so on. This can also be used to load checkpoints from the directory into a estimator to continue training a previously saved model. |
label_dimension |
Number of regression targets per example. This is the
size of the last dimension of the labels and logits |
weight_column |
A string, or a numeric column created by
|
optimizer |
Either the name of the optimizer to be used when training the model, or a TensorFlow optimizer instance. Defaults to the FTRL optimizer. |
config |
A run configuration created by |
partitioner |
An optional partitioner for the input layer. |
n_classes |
The number of label classes. |
label_vocabulary |
A list of strings represents possible label values.
If given, labels must be string type and have any value in
|
Other canned estimators: boosted_trees_estimators
,
dnn_estimators
,
dnn_linear_combined_estimators
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