Class | Description |
---|---|
ElementWiseVertex |
An ElementWiseVertex is used to combine the activations of two or more layer in an element-wise manner
For example, the activations may be combined by addition, subtraction or multiplication. |
InputVertex |
An InputVertex simply defines the location (and connection structure) of inputs to the ComputationGraph.
|
LayerVertex |
LayerVertex is a GraphVertex with a neural network Layer (and, optionally an
InputPreProcessor ) in it |
MergeVertex |
A MergeVertex is used to combine the activations of two or more layers/GraphVertex by means of concatenation/merging.
Exactly how this is done depends on the type of input. For 2d (feed forward layer) inputs: MergeVertex([numExamples,layerSize1],[numExamples,layerSize2]) -> [numExamples,layerSize1 + layerSize2] For 3d (time series) inputs: MergeVertex([numExamples,layerSize1,timeSeriesLength],[numExamples,layerSize2,timeSeriesLength]) -> [numExamples,layerSize1 + layerSize2,timeSeriesLength] For 4d (convolutional) inputs: MergeVertex([numExamples,depth1,width,height],[numExamples,depth2,width,height]) -> [numExamples,depth1 + depth2,width,height] |
PreprocessorVertex |
PreprocessorVertex is a simple adaptor class that allows a
InputPreProcessor to be used in a ComputationGraph
GraphVertex, without it being associated with a layer. |
SubsetVertex |
SubsetVertex is used to select a subset of the activations out of another GraphVertex.
For example, a subset of the activations out of a layer. Note that this subset is specifying by means of an interval of the original activations. |
Enum | Description |
---|---|
ElementWiseVertex.Op |
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