Deep learning software demands reliability and performance. However, many of the existing deep learning frameworks are software libraries that act as an unsafe DSL in Python and a computation graph interpreter. We present DLVM, a design and implementation of a compiler infrastructure with a linear algebra intermediate representation, algorithmic differentiation by adjoint code generation, domain- specific optimizations and a code generator targeting GPU via LLVM. Designed as a modern compiler infrastructure inspired by LLVM, DLVM is more modular and more generic than existing deep learning compiler frameworks, and supports tensor DSLs with high expressivity. With our prototypical staged DSL embedded in Swift, we argue that the DLVM system enables a form of modular, safe and performant frameworks for deep learning.
We introduce a novel compiler infrastructure that addresses shortcomings of existing deep learning frameworks. Proposal to move from ad-hoc code generation in deep learning engines to compiler and languages best practices. This paper presents a compiler framework that allows definition of domain-specific languages for deep learning systems, and defines compilation stages that can take advantage of standard optimizations and specialized optimizations for neural networks. This paper introduces a DLVM to take advantage of the compiler aspects of a tensor compiler