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The Compiler Design Handbook: Optimizations & Machine Code Generation
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Table of contents:Dataflow Analysis. Automatic Generation of Code Optimizers from Formal Specifications. Scalar Compiler Optimizations on the SSA form and the Flowgraph. Profile-Guided Compiler Optimizations. Shape Analysis and Applications. Optimizations for Object-Oriented Languages. Data Flow Testing. Program Slicing. Debuggers for Programming Languages. Dependence Analysis and Parallelizing Transformations. Compilation for Distributed Memory Architectures. Automatic Data Distribution. RegisterCurrent and future computer architectures pose immense challenges that exceed the capabilities of ...
Table of contents:
Dataflow Analysis. Automatic Generation of Code Optimizers from Formal Specifications. Scalar Compiler Optimizations on the SSA form and the Flowgraph. Profile-Guided Compiler Optimizations. Shape Analysis and Applications. Optimizations for Object-Oriented Languages. Data Flow Testing. Program Slicing. Debuggers for Programming Languages. Dependence Analysis and Parallelizing Transformations. Compilation for Distributed Memory Architectures. Automatic Data Distribution. Register
Current and future computer architectures pose immense challenges that exceed the capabilities of traditional compilation techniques. In this handbook, serious researchers and state-of-the-art compiler designers will find a wealth of in-depth knowledge related to modern compiler design, particularly in optimization and code generation. It presents techniques very recently developed and covers significant advances not yet found in other books. By focusing on the most researched, difficult, and widely discussed topics in compiler design, this handbook provides designers with a unique opportunity to update their skills in preparation for future design innovations.
Dataflow Analysis. Automatic Generation of Code Optimizers from Formal Specifications. Scalar Compiler Optimizations on the SSA form and the Flowgraph. Profile-Guided Compiler Optimizations. Shape Analysis and Applications. Optimizations for Object-Oriented Languages. Data Flow Testing. Program Slicing. Debuggers for Programming Languages. Dependence Analysis and Parallelizing Transformations. Compilation for Distributed Memory Architectures. Automatic Data Distribution. Register
Current and future computer architectures pose immense challenges that exceed the capabilities of traditional compilation techniques. In this handbook, serious researchers and state-of-the-art compiler designers will find a wealth of in-depth knowledge related to modern compiler design, particularly in optimization and code generation. It presents techniques very recently developed and covers significant advances not yet found in other books. By focusing on the most researched, difficult, and widely discussed topics in compiler design, this handbook provides designers with a unique opportunity to update their skills in preparation for future design innovations.