This post reports on the creation of a python package for the game of nim. The package contains a function that finds the perfect move in a given position and informs on whether the position is winning. In the package we make use of Charles Leonard Bouton’s solution of the …
So now we’re ready to deploy our own custom R Shiny server with caching. We had previously already discussed the pros and cons of hosting your own server, by this we mean a docker based server in the cloud Signing up at https://www.shinyapps.io/ See this https://arthought.com/r-shiny-stock-analysis. Then we had opted …
In the previous post we looked at a simple data caching example which we used to explore the workings of the R-package DataCache. In this post we continue with this exploration. Instead of just using system time as the datafeed we now use a more real world example of financial …
This is in preparation for running a custom Shiny server. We want to accelerate the server by using caching. In the this post we take a look at a candidate caching package. In this post we’ll explore a the package DataCache. It is a very useful package, however, I found that …
This post starts a mini series of two posts in which we want to solve the Game of Nim using Reinforcement learning. The first part of this mini series is devoted to having a look at using our own Nim-specific custom environment for OpenAI. The Game of Nim is a …
Introduction This post we deploy our own R-shiny app. You can select a stock The app fetches the data, does some number crunching and plots the results The source code is on github.
This post we turn to R-shiny. First, we embed someone else’s existing shiny-app as an example to check that everything works as expected. For the embedding we use an iframe. We install the wordpress plugin Reframer The R-shiny app is from http://stla.github.io and is referenced in this post
Recap: Previously we constructed a very simple class to emulate the type of environment which is provided by OpenAI. Windy Walk (part 1) Then we implemented the same windy walk model as an extension to OpenAI. For this we created a custom python package, we named it gym_drifty_walk, you can grab it …
Recap: Previously we constructed a very simple class to emulate the type of environment which is provided by OpenAI. Then we simulated two windy walks and used the result of these walks to produce some plots. Now we want to produce the same results again but via a different and …
So, today we advance to something slightly more interesting. OpenAI, founded by Elon Musk and Sam Altman, is a cool platform for testing artificial intelligence algorithms. The platform aims to provide a consistent interface for a host of different environments. It is also extensible. The most import thing in this mini-series …