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Workshop
Mon Dec 13 05:00 AM -- 05:00 PM (PST)
Differentiable Programming Workshop
Ludger Paehler · William Moses · Maria Gorinova · Assefaw H. Gebremedhin · Jan Hueckelheim · Sri Hari Krishna Narayanan





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Differentiable programming allows for automatically computing derivatives of functions within a high-level language. It has become increasingly popular within the machine learning (ML) community: differentiable programming has been used within backpropagation of neural networks, probabilistic programming, and Bayesian inference. Fundamentally, differentiable programming frameworks empower machine learning and its applications: the availability of efficient and composable automatic differentiation (AD) tools has led to advances in optimization, differentiable simulators, engineering, and science.

While AD tools have greatly increased the productivity of ML scientists and practitioners, many problems remain unsolved. Crucially, there is little communication between the broad group of AD users, the programming languages researchers, and the differentiable programming developers, resulting in them working in isolation. We propose a Differentiable Programming workshop as a forum to narrow the gaps between differentiable and probabilistic languages design, efficient automatic differentiation engines and higher-level applications of differentiable programming. We hope this workshop will harness a closer collaboration between language designers and domain scientists by bringing together a diverse part of the differentiable programming community including people working on core automatic differentiation tools, higher level frameworks that rely upon AD (such as probabilistic programming and differentiable simulators), and applications that use differentiable programs to solve scientific problems.

The explicit goals of the workshop are to:
1. Foster closer collaboration and synergies between the individual communities;
2. Evaluate the merits of differentiable design constructs and the impact they have on the algorithm design space and usability of the language;
3. Highlight differentiable techniques of individual domains, and the potential they hold for other fields.