I have sequential data and I declared a LSTM model which predicts y
with x
in Keras. So if I call model.predict(x1)
and model.predic
reset_states
clears only the hidden states of your network. It's worth to mention that depending on if the option stateful=True
was set in your network - the behaviour of this function might be different. If it's not set - all states are automatically reset after every batch computations in your network (so e.g. after calling fit
, predict
and evaluate
also). If not - you should call reset_states
every time, when you want to make consecutive model calls independent.
If you use explicitly either of:
model.reset_states()
to reset the states of all layers in the model, or
layer.reset_states()
to reset the states of a specific stateful RNN layer (also LSTM layer), implemented here:
def reset_states(self, states=None):
if not self.stateful:
raise AttributeError('Layer must be stateful.')
In LSTM you need to:
explicitly specify the batch size you are using, by passing a batch_size
argument to the first layer in your model or batch_input_shape
argument
set stateful=True
.
specify shuffle=False
when calling fit()
.
The benefits of using stateful models are probable best explained here.