Bayesian neural network estimates an easy neural network with a normal prior on the edge weights. For clarity we use an architecture without a hidden layer, such that the weights actually correspond to coefficients in a linear regression model.
N <- 100 p <- 10 set.seed(23) X <- matrix(rnorm(N * p), N) beta <- rnorm(10) y <- X %*% beta + rnorm(N, sd = 0.1)
neural_network <- function(x) { # this can be arbitrarily complex, e.g. multiple hidden layers x %*% weights } weights <- normal(0, 1, dim = c(p, 1)) sd <- inverse_gamma(1, 1) distribution(y) <- normal(neural_network(X), sd)
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