Add to ORKGThis paper presents an evaluation of the new framework for loop nest optimization of the GNU Compiler Collection (GCC). Multiple structural and experimental aspects of this infrastructure are considered: performance of the generated code, effectiveness of the analyzers and optimizers, compilation overhead, together with possible improvements. The evaluation is based on the SPEC CPU2000 and JavaGrande benchmarks
Abstract. Helping programmers write parallel software is an urgent problem given the popularity of m...
Compiler optimization is the technique of minimizing or maximizing some features of an executable co...
Performance of the operating system kernel is critical to many applications running on it. Although ...
This paper presents a practical prototyping tool for SSA transformations based on PROLOG, and a cas...
One of the most important compiler passes is a loop optimization. The GCC’s current loop optimizer i...
Numerous code optimization techniques, including loop nest optimizations, have been developed over t...
Compile-time optimization of code can result in significant performance gains. The amount of these g...
Compile-time optimization of code can result in significant performance gains. The amount of these g...
Abstract –How to evaluate computer’s performance is an important issue for engineers in the area of ...
Production compilers have achieved a high level of maturity in terms of generating efficient code. C...
Automatic algorithm configuration techniques have proved to be successful in finding performance-opt...
Abstract--Our goal is to compare the impact of various compiler optimizations on program performance...
Compiler pipeline is divided into three phases frontend, optimization and backend. Each and every ph...
Optimization by a compiler can be executed with many different methods. The defence company Saab pro...
We present a plan to add loop nest optimizations in GCC based on polyhedral representations of loop ...
Abstract. Helping programmers write parallel software is an urgent problem given the popularity of m...
Compiler optimization is the technique of minimizing or maximizing some features of an executable co...
Performance of the operating system kernel is critical to many applications running on it. Although ...
This paper presents a practical prototyping tool for SSA transformations based on PROLOG, and a cas...
One of the most important compiler passes is a loop optimization. The GCC’s current loop optimizer i...
Numerous code optimization techniques, including loop nest optimizations, have been developed over t...
Compile-time optimization of code can result in significant performance gains. The amount of these g...
Compile-time optimization of code can result in significant performance gains. The amount of these g...
Abstract –How to evaluate computer’s performance is an important issue for engineers in the area of ...
Production compilers have achieved a high level of maturity in terms of generating efficient code. C...
Automatic algorithm configuration techniques have proved to be successful in finding performance-opt...
Abstract--Our goal is to compare the impact of various compiler optimizations on program performance...
Compiler pipeline is divided into three phases frontend, optimization and backend. Each and every ph...
Optimization by a compiler can be executed with many different methods. The defence company Saab pro...
We present a plan to add loop nest optimizations in GCC based on polyhedral representations of loop ...
Abstract. Helping programmers write parallel software is an urgent problem given the popularity of m...
Compiler optimization is the technique of minimizing or maximizing some features of an executable co...
Performance of the operating system kernel is critical to many applications running on it. Although ...