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		Accelerator
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		Constant
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		Generator
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		Full Train Step
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		Eval Step
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		Train Step
LayerNormalization
Description
Adds the weights of the LayerNormalization layer to the weights table. Type : polymorphic.

Input parameters
 Weights in : array
 Weights in : array
 Β index :Β integer,Β index of layer.
Β index :Β integer,Β index of layer. Β weights :Β variant,Β weights values.
Β weights :Β variant,Β weights values.
 
			 Β index :Β integer,Β index of layer.
Β index :Β integer,Β index of layer. Β gamma :Β array,Β 1D values. gamma = [input_dim1].
Β gamma :Β array,Β 1D values. gamma = [input_dim1]. Β beta :Β array,Β 1D values. beta = [input_dim1].
Β beta :Β array,Β 1D values. beta = [input_dim1].
Output parameters
 Β Weights out : array
Β Weights out : array
 Β index :Β integer,Β index of layer.
Β index :Β integer,Β index of layer. Β weights :Β variant,Β weights values.
Β weights :Β variant,Β weights values.
 
			Dimension
- gamma = [input_dim1]
The size depends on the input to theΒ LayerNormalizationΒ layer.
For example, if the layer input has a size of [batch_size = 10, input_dim1 = 5, input_dim2 = 4, input_dim3 = 2] then gamma will have a size of [input_dim1 = 5].
Another example, if the input of the layer has a size of [batch_size = 12, input_dim1 = 8, input_dim2 = 5, input_dim3 = 3] then gamma will have a size of [input_dim1 = 8].
- beta = [input_dim1]
The beta size is based on the same principle as the gamma size.
Example
All these exemples are snippets PNG, you can drop these Snippet onto the block diagram and get the depicted code added to your VI (Do not forget to install Deep Learning library to run it).
