CGNN

Instance Constructors

1. new CGNN(seed: Long = 2018L, l2: Double = 0.0, l1: Double = 0.0, l2Bias: Double = 0.0, l1Bias: Double = 0.0, weightNoise: Boolean = false, weightRetainProbability: Double = 1.0, applyToBiases: Boolean = false, optimizationAlgo: OptimizationAlgorithm = ..., miniBatch: Boolean = true, learningRate: Double = 0.1, beta1: Double = 0.9, beta2: Double = 0.999, epsilon: Double = 1E-8, momentum: Double = 0.9, rmsDecay: Double = 0.95, rho: Double = 0.95, updater: Updater = Updater.NESTEROVS, gradientNormalization: GradientNormalization = GradientNormalization.None, gradientNormalizationThreshold: Double = 1.0, pretrain: Boolean = false, backprop: Boolean = true, backpropType: BackpropType = BackpropType.Standard, tBPTTForwardLength: Int = 100, tBPTTBackwardLength: Int = 100, setListener: Boolean = true, listenType: String = "console", listenFreq: Int = 1, storagePath: String = "", enableRemote: Boolean = false, inputs: Array[String], outputs: Array[String], vertices: Array[CGVertex], inputTypes: Option[Array[IType]] = None, allowDisconnected: Boolean = false, allowNoOutput: Boolean = false)

   

   BASE -------------------------------------------------------------------------------------------------------------

   BASE -------------------------------------------------------------------------------------------------------------

   seed

   random generator seed, default=2018 ------------------------------------------------------------------------------------------------------------ REGULARIZATION

   l2

   l2 regularization, default=0.0

   l1

   l1 regularization, default=0.0

   l2Bias

   l2 bias term, default=0.0

   l1Bias

   l1 bias term, default=0.0

   weightNoise

   whether to use weight noise (drop connect), default=false

   weightRetainProbability

   weight retain probability for the weight noise (drop-connect), default=1 (no drop-connect)

   applyToBiases

   whether apply to biases for the weight noise (drop-connect), default=false ------------------------------------------------------------------------------------------------------------------ OPTIMIZATION

   optimizationAlgo

   optimization algorithm (default=STOCHASTIC_GRADIENT_DESCENT)

   STOCHASTIC_GRADIENT_DESCENT://StochasticGradientDescent.java
   LINE_GRADIENT_DESCENT://LineGradientDescent.java
   CONJUGATE_GRADIENT://ConjugateGradient.java
   LBFGS://LBFGS.java

   miniBatch

   whether to use mini-batch, default=true

   learningRate

   learning rate, default=0.1

   beta1

   gradient moving avg decay rate, default=0.9

   beta2

   gradient sqrt decay rate, default=0.999

   epsilon

   default=1E-8

   momentum

   NESTEROVS momentum, default=0.9

   rmsDecay

   RMSPROP decay rate, default=0.95

   rho

   ADADELTA decay rate, default=0.95

   updater

   weights updater, (default = NESTEROVS). Options:

   SGD: //Sgd.java
     learningRate: learning rate (default = 1E-3)
   ADAM: //Adam.java
     learningRate: learning rate, DEFAULT_ADAM_LEARNING_RATE = 1e-3;
     beta1: gradient moving avg decay rate, DEFAULT_ADAM_BETA1_MEAN_DECAY = 0.9;
     beta2: gradient sqrt decay rate, DEFAULT_ADAM_BETA2_VAR_DECAY = 0.999;
     epsilon: epsilon, DEFAULT_ADAM_EPSILON = 1e-8;
     //Adam: A Method for Stochastic Optimization
   ADAMAX: //AdaMax.java
     learningRate: learning rate, DEFAULT_ADAMAX_LEARNING_RATE = 1e-3;
     beta1: gradient moving avg decay rate, DEFAULT_ADAMAX_BETA1_MEAN_DECAY = 0.9;
     beta2: gradient sqrt decay rate, DEFAULT_ADAMAX_BETA2_VAR_DECAY = 0.999;
     epsilon: epsilon, DEFAULT_ADAMAX_EPSILON = 1e-8;
     //Adam: A Method for Stochastic Optimization
   NADAM://Nadam.java
     learningRate: learning rate, DEFAULT_NADAM_LEARNING_RATE = 1e-3;
     epsilon: DEFAULT_NADAM_EPSILON = 1e-8;
     beta1: gradient moving avg decay rate, DEFAULT_NADAM_BETA1_MEAN_DECAY = 0.9;
     beta2: gradient sqrt decay rate, DEFAULT_NADAM_BETA2_VAR_DECAY = 0.999;
     //An overview of gradient descent optimization algorithms
   AMSGRAD: //AMSGrad.java
     learningRate: learning rate, DEFAULT_AMSGRAD_LEARNING_RATE = 1e-3;
     epsilon: DEFAULT_AMSGRAD_EPSILON = 1e-8;
     beta1: DEFAULT_AMSGRAD_BETA1_MEAN_DECAY = 0.9;
     beta2: DEFAULT_AMSGRAD_BETA2_VAR_DECAY = 0.999;
   ADAGRAD: Vectorized Learning Rate used per Connection Weight//AdaGrad.java
     learningRate: learning rate, DEFAULT_ADAGRAD_LEARNING_RATE = 1e-1;
     epsilon: DEFAULT_ADAGRAD_EPSILON = 1e-6;
     //Adaptive Subgradient Methods for Online Learning and Stochastic Optimization
     //Adagrad – eliminating learning rates in stochastic gradient descent
   NESTEROVS: tracks previous layer's gradient and uses it as a way of updating the gradient //Nesterovs.java
     learningRate: learning rate, DEFAULT_NESTEROV_LEARNING_RATE = 0.1;
     momentum: DEFAULT_NESTEROV_MOMENTUM = 0.9;
   RMSPROP: //RmsProp.java
     learningRate: learning rate, DEFAULT_RMSPROP_LEARNING_RATE = 1e-1;
     epsilon: DEFAULT_RMSPROP_EPSILON = 1e-8;
     rmsDecay: decay rate, DEFAULT_RMSPROP_RMSDECAY = 0.95;
     //Neural Networks for Machine Learning
   ADADELTA: //AdaDelta.java
     rho: decay rate, controlling the decay of the previous parameter updates, DEFAULT_ADADELTA_RHO = 0.95;
     epsilon: DEFAULT_ADADELTA_EPSILON = 1e-6;
     (no need to manually set the learning rate)
     //ADADELTA: AN ADAPTIVE LEARNING RATE METHOD
   NONE: no updates //NoOp.java

   gradientNormalization

   gradient normalization, default=None Options: GradientNormalization.X

   ClipElementWiseAbsoluteValue:
    g <- sign(g)*max(maxAllowedValue,|g|).
   ClipL2PerLayer:
     GOut = G                             if l2Norm(G) < threshold (i.e., no change)
     GOut = threshold * G / l2Norm(G)     otherwise
   ClipL2PerParamType: conditional renormalization. Very similar to ClipL2PerLayer, however instead of clipping per layer, do clipping on each parameter type separately.
   None: no gradient normalization
   RenormalizeL2PerLayer: rescale gradients by dividing by the L2 norm of all gradients for the layer
   RenormalizeL2PerParamType:
    GOut_weight = G_weight / l2(G_weight)
    GOut_bias = G_bias / l2(G_bias)

   gradientNormalizationThreshold

   gradient threshold, default=0.5 ------------------------------------------------------------------------------------------------------------------------------------------- MONITOR, UI

   setListener

   whether to set a listener, default=true

   listenType

   listener type, default="console" Options:

   console: print in the console
   ui: display in the UI
   file: save to a file

   listenFreq

   listener frequency to track the score, default=1

   storagePath

   file path for saving the stats if set listenType="file", default="", not used

   enableRemote

   whether to enable remote listening, default=false ------------------------------------------------------------------------------------------------------------------------------------------- Vertex Construction

   inputs

   inputs

   outputs

   outputs

   vertices

   vertices

   allowDisconnected

   whether allow disconnected vertices, default=false

   allowNoOutput

   allow no output, default=false -------------------------------------------------------------------------------------------------------------------------------------------