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https://inside-compiler.github.io/2024/04/13/MLIR-Overview2/?
第1章 绪论MLIR是多层IR的简称,为什么需要引入MLIR?要回答这个问题需要先回顾一下当下编译器现状。我们知道LLVM最为最流行的编译基础设施,被广泛地用于各种编译器中,其中最主要的原因是LLVM框架提供了大量的基于LLVM IR的优化,同时可以将LLVM IR生成众多后端的机器码。LLVM提供的各种功能几乎都是围绕LLVM IR进行,对编译器的开发者来说非常方便,例如要实现一款新语言的编译,
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TOSA的解释有误,是Tensor Operator Set Architecture
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https://inside-compiler.github.io/2024/04/13/MLIR-Overview2/?
第1章 绪论MLIR是多层IR的简称,为什么需要引入MLIR?要回答这个问题需要先回顾一下当下编译器现状。我们知道LLVM最为最流行的编译基础设施,被广泛地用于各种编译器中,其中最主要的原因是LLVM框架提供了大量的基于LLVM IR的优化,同时可以将LLVM IR生成众多后端的机器码。LLVM提供的各种功能几乎都是围绕LLVM IR进行,对编译器的开发者来说非常方便,例如要实现一款新语言的编译,
The text was updated successfully, but these errors were encountered: