Interface | Description |
---|---|
LossC |
Specifies a loss function for binary classification problems.
|
LossFunc |
Provides a generic interface for some loss function on some problem that can
be described with a single real prediction value and a single real expected
value.
|
LossMC |
Specifies a loss function for multi-class problems.
|
LossR |
Specifies a getLoss function for regression problems.
|
Class | Description |
---|---|
AbsoluteLoss |
The AbsoluteLoss loss function for regression L(x, y) = |x-y|.
|
EpsilonInsensitiveLoss |
The ε-insensitive loss for regression L(x, y) =
max(0, |x-y|-ε) is the common loss function used for Support
Vector Regression.
|
HingeLoss |
The HingeLoss loss function for classification L(x, y) = max(0, 1-y*x)
.
|
HuberLoss |
The HuberLoss loss function for regression.
|
LogisticLoss |
The LogisticLoss loss function for classification L(x, y) =
log(1+exp(-y*x)).
|
SoftmaxLoss |
The Softmax loss function is a multi-class generalization of the
Logistic loss . |
SquaredLoss |
The SquaredLoss loss function for regression L(x, y) = (x-y)2.
|
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