Compiler Design - Transfer of Control Compiler Design - Register Allocation Forward Transfer of Control Reverse Transfer of Control Code Optimization Compiler Design - Code Optimization Compiler Design - Intermediate Code Basic Blocks and DAGs Control Flow Graph Compiler Design - Peephole Optimization Implem...
The second part of compiler, synthesis, is changed according to the target machine. It becomes easier to apply the source code modifications to improve code performance by applying code optimization techniques on the intermediate code.Intermediate RepresentationIntermediate...
Then we show how these prediction concepts can be used to design trace compression algorithms that typically outperform other approaches in both speed and compression ratio. Next, we present the compiler optimization techniques we employed to automatically synthesize such compressors and tailor them to ...
Compiler Design - Global Optimization Compiler Design - Local Optimization Lexical Analysis Compiler Design - Lexical Analysis Compiler Design - Regular Expressions Compiler Design - Finite Automata Compiler Design - Language Elements Compiler Design - Lexical Tokens Compiler Design - FSM Compiler Design -...
Overall Techniques First, remember to stay high-level as long as possible: Did you know? The ultimate universal optimization trick, applies in all cases: - Draw less stuff - Update less stuff — Lars Doucet (@larsiusprime)March 30, 2017 ...
to provide code optimization. Users should only focus on optimizations not provided by the compiler such as choosing a faster and/or less memory intensive algorithm.Users should only focus on optimizations not provided by the compiler such as choosing a faster and/or less memory intensive algorithm...
Code optimization techniques for micro-code compilers 来自 Semantic Scholar 喜欢 0 阅读量: 21 作者: CJ Tan 摘要: IEEE Computer Society Digital Library DOI: http://doi.ieeecomputersociety.org/10.1109/AFIPS.1978.43 被引量: 6 年份: 1899 ...
optimization techniques for a Java-to-C translator. Our compiler framework translates Java bytecode into C codes with preserving Java’s programming semantics, such as inheritance, method overloading, virtual method invocation, garbage collection, and so on. Moreover, our compiler translatesforin ...
This document introduces the most important optimization capabilities of the XL compilers on Power® architectures and describes the compiler options, source constructs, and techniques that you can use to maximize the performance of your application. A compiler that properly exploits the inherent ...
In this paper we present code generation and optimization techniques for a Java-to-C compiler. Also our compiler fully supports Connected Limited Device Configuration (CLDC) 1.0 API's. Moreover, our Java-to-C compiler translates for in Java into for in C in order to get better performance ...