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1
Introduction
2
Inferring Missing Data
3
Algebraic Effects
4
Framework
5
Inference
6
Independence Metropolis
7
Particle Filters
8
Multinomial Particle Filter
9
Resample Move Particle Filter
10
Recap
11
Questions
Description:
Explore a 26-minute conference talk from Haskell 2023 that delves into using effect handlers for programmable inference in probabilistic programming. Learn how algebraic effects can provide a structured and modular foundation for inference algorithms, offering an alternative to monad transformers. Discover two abstract algorithms representing Metropolis-Hastings and particle filtering, and see how this approach reveals high-level structure and facilitates easy customization. Gain insights into implementing these inference patterns as a Haskell library and understand the advantages and disadvantages of algebraic effects compared to monad transformers in modular imperative algorithm design.

Effect Handlers for Programmable Inference - Haskell 2023

ACM SIGPLAN
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