Formula:
Formula:
Usage
loss_dice(
y_true,
y_pred,
...,
reduction = "sum_over_batch_size",
name = "dice",
axis = NULL,
dtype = NULL
)
Arguments
- y_true
Tensor of true targets.
- y_pred
Tensor of predicted targets.
- ...
For forward/backward compatability.
- reduction
Type of reduction to apply to the loss. In almost all cases this should be
"sum_over_batch_size"
. Supported options are"sum"
,"sum_over_batch_size"
orNULL
.- name
String, name for the object
- axis
List of which dimensions the loss is calculated. Defaults to
NULL
.- dtype
The dtype of the loss's computations. Defaults to
NULL
, which means usingconfig_floatx()
.config_floatx()
is a"float32"
unless set to different value (viaconfig_set_floatx()
). If akeras$DTypePolicy
is provided, then thecompute_dtype
will be utilized.
Value
if y_true
and y_pred
are provided, Dice loss value. Otherwise,
a Loss()
instance.
Example
See also
Other losses: Loss()
loss_binary_crossentropy()
loss_binary_focal_crossentropy()
loss_categorical_crossentropy()
loss_categorical_focal_crossentropy()
loss_categorical_hinge()
loss_cosine_similarity()
loss_ctc()
loss_hinge()
loss_huber()
loss_kl_divergence()
loss_log_cosh()
loss_mean_absolute_error()
loss_mean_absolute_percentage_error()
loss_mean_squared_error()
loss_mean_squared_logarithmic_error()
loss_poisson()
loss_sparse_categorical_crossentropy()
loss_squared_hinge()
loss_tversky()
metric_binary_crossentropy()
metric_binary_focal_crossentropy()
metric_categorical_crossentropy()
metric_categorical_focal_crossentropy()
metric_categorical_hinge()
metric_hinge()
metric_huber()
metric_kl_divergence()
metric_log_cosh()
metric_mean_absolute_error()
metric_mean_absolute_percentage_error()
metric_mean_squared_error()
metric_mean_squared_logarithmic_error()
metric_poisson()
metric_sparse_categorical_crossentropy()
metric_squared_hinge()