I am teaching my comp to add naturals by creating a neural network:
trainingset = {"1+2" -> 3, "2+2" -> 4, "3+9" -> 12, "4+5" -> 9,
"6+2" -> 8, "5+4" -> 9, "1+8" -> 9, "2+8" -> 10};
p = Predict[trainingset, Method -> "NeuralNetwork"];
p["3+4"] // Round
8
Not so bad, taking into account a small size of the trainingset.
What neural network is created by p? What layers does the one include? I find an answer in neither
Information[p, "Properties"]
{"AcceptanceThreshold", "AnomalyDetector", "BatchEvaluationSpeed",
"BatchEvaluationTime", "Calibrated", "EvaluationTime",
"ExampleNumber", "FeatureExtractor", "FeatureNames", "FeatureNumber",
"FeatureTypes", "FunctionMemory", "FunctionProperties",
"IndeterminateThreshold", "LearningCurve", "MaxTrainingMemory",
"MeanCrossEntropy", "Method", "MethodDescription", "MethodOption",
"MethodParameters", "MissingSynthesizer", "PerformanceGoal",
"Properties", "StandardDeviation", "TrainingLabelMean",
"TrainingTime", "UtilityFunction"}
nor
Information[p, "MethodDescription"]
"An neural networks is composed of layers of artificial neuron units. Each unit computes its value as a function of the unit values in the previous layer. Information is processed layer by layer from the feature layer to the \noutput unit which gives the predicted value. It is also called a feed-forward neural network or a multi-layer perceptron"
Is that neural network similar to In[22] in the documentation?
p[[1]]["Model"]["Network"], and you can generally dive into the predictor function by replacing its head withList, e.g.List@@p. However, there is some preprocessing involved in formatting the input to the network, and the network itself is a bit on the complicated side to dive into. $\endgroup$p[[1]]["Model"]["Network"]is not clear to me. Can you kindly give an answer, elaborating your comment? $\endgroup$