Integrating Type Systems into Neural Network Training for Reliable Code Generation
By
bgavran
Crisp on the outside, thoughtful on the inside. A keeper.
Summary
The article discusses the limitations of current neural network approaches to code generation, particularly how Large Language Models (LLMs) are trained to produce token sequences rather than type-correct code. It explores the disconnect between training and typechecking, and proposes that future models should be trained to directly generate type-correct code by integrating type systems into the training process. The article suggests this could lead to more reliable code generation for strongly-typed languages like Idris, Lean, and Agda.
Key quotes
· 4 pulledNeural networks are used to generate increasingly more code in languages which enable highly generic and provably correct programming: Idris, Lean, and Agda, for example.
However, most frontier models generating the code – Large Language Models – separate the process of training from the process of typechecking.
They are trained to produce output of a fixed type: List Token.
To get valid code, that output is then during post-training parsed, in multiple ad-hoc ways, into the types of a par
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