Uses of Class
org.joone.structure.NodesAndWeights.Node

Packages that use NodesAndWeights.Node
org.joone.engine   
org.joone.structure   
 

Uses of NodesAndWeights.Node in org.joone.engine
 

Fields in org.joone.engine with type parameters of type NodesAndWeights.Node
protected  java.util.List<NodesAndWeights.Node> ExtendedKalmanFilterFFN.nodes
          The list of nodes we use in the filter
protected  java.util.List<NodesAndWeights.Node> ExtendedKalmanFilterRNN.nodes
          The list of nodes we use in the filter
protected  java.util.List<java.util.List<NodesAndWeights.Node>> RTRL.nodesList
          List of list of nodes that will be updated by each processor
 

Method parameters in org.joone.engine with type arguments of type NodesAndWeights.Node
protected  void RTRL.updateP(java.util.List<NodesAndWeights.Node> nodes)
          Update the p matrix for the given list of nodes
 

Uses of NodesAndWeights.Node in org.joone.structure
 

Fields in org.joone.structure with type parameters of type NodesAndWeights.Node
 java.util.List<NodesAndWeights.Node> NodesAndWeights.I
          The input nodes, a subset of Z, specifically the last few nodes in Z, that are connected to the input layer.
 java.util.List<NodesAndWeights.Node> NodesAndWeights.S
          The nodes that have an initial state.
 java.util.List<NodesAndWeights.Node> NodesAndWeights.T
          The output nodes, a subset of Z and used to speed up calculations
 java.util.List<NodesAndWeights.Node> NodesAndWeights.U
          The nodes in U, a subset of Z, specifically the first few nodes in Z, but those that are not input nodes.
protected  java.util.List<NodesAndWeights.Node> NodesAndWeights.z
          The unclassified nodes, referred to as the z array
 java.util.List<NodesAndWeights.Node> NodesAndWeights.Z
          The same as z, but this time classified and ordered so that nodes in U come first.
 

Methods in org.joone.structure with parameters of type NodesAndWeights.Node
protected  NodesAndWeights.Weight NodesAndWeights.getFixedWeight(NodesAndWeights.Node input, NodesAndWeights.Node output)
          Determine the fixed weight between an input and a output node.
protected  NodesAndWeights.Weight NodesAndWeights.getWeight(NodesAndWeights.Node input, NodesAndWeights.Node output)
          Determine the weight between an input and a output node.
protected  boolean NodesAndWeights.isFixedLinked(NodesAndWeights.Node input, NodesAndWeights.Node output)
          Determine if there exists a fixed link or weight between two nodes.
protected  boolean NodesAndWeights.isLinked(NodesAndWeights.Node input, NodesAndWeights.Node output)
          Determine if there exists a link or weight between two nodes.
 



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