Stochastic Programming is a framework for modelling and solving problems of decision making under uncertainty. Stochastic Dynamic Programming is a branch of Stochastic Programming that takes a "functional equation" approach to the discovery of optimal policies. By leveraging constructs - lambda expressions, functional interfaces, collections and aggregate operators - implemented in Java to operationalise the MapReduce framework, jsdp provides a general purpose library for modelling and solving Stochastic Dynamic Programs.

In this Keras tutorial we learn about 3 Ways to Build Machine Learning Models in Keras You Must Know.

And just to test out the model, let's go ahead and load the CIFAR-10 dataset and run model.compile

In September, H2O.ai released a new open source software project for GPU machine learning called H2O4GPU. The initial release (blog post here) included a Python module with a scikit-learn compatible API, which allows it to be used as a drop-in replacement for scikit-learn with support for GPUs on selected (and ever-growing) algorithms. We are proud to announce that the same collection of GPU algorithms is now available in R, and the h2o4gpu R package is available on CRAN. The R package makes use of RStudio's reticulate R package for facilitating access to Python libraries through R. Reticulate embeds a Python session within your R session, enabling seamless, high-performance interoperability and was originally created by RStudio in an effort to bring the TensorFlow Python library into R. This is exciting news for the R community, as h2o4gpu is the first machine learning package that brings together a diverse collection of supervised and unsupervised GPU-powered algorithms in a unified interface.