Distill

For outstanding work communicating and refining ideas. The web is a powerful medium to share new ways of thinking. Over the last few years weve seen many imaginative examples of such work . But traditional academic publishing remains focused on the PDF, which prevents this sort of communication. Reactive diagrams allow for a type of communication n... ot possible in static mediums. Hover over this diagram to see how a neural turing machine shifts its attention over its old memory values to create new values. New notations, visualizations, and mental models can deepen our understanding. By nurturing the development of such new ways of thinking, Distill will enable new discoveries. An interactive playground for t-SNE dimensionality reduction helps readers develop an intuition for technique and where it is best applied. Machine learning will fundamentally change how humans and computers interact. Its important to make those techniques transparent, so we can understand and safely control how they work. Distill will provide a platform for vividly illustrating these ideas. An inspectable RNN handwriting model allows readers to feed in examples and see activations in real time. Many researchers want to do work that is not easily contained within a PDF, but cant get the support they need to pursue it. We, as the research community, are failing them by not treating these wonderful, non-traditional research artifacts as real academic contributions. Non-traditional contributions often dont get credit unless authors wrap them with proxy papers . Unfortunately, this multiplies effort and divides attention. When we rush papers out the door to meet conference deadlines, something suffers often it is the readability and clarity of our communication. This can add severe drag to the entire community as our readers struggle to understand our ideas. We think this research debt can be avoided.Read More