Abstract. This paper describes how the use of software libraries, which is prevalent in high performance computing, can benefit from compiler optimizations in much the same way that conventional programming languages do. We explain how the compilation of these informal languages differs from the compilation of more conventional languages. In particular, such compilation requires precise pointer analysis, domain-specific information about the library’s semantics, and a configurable compilation scheme. We describe a solution that combines dataflow analysis and pattern matching to perform configurable optimizations.
Providing high performance for pointer-intensive programs on modern architectures is an increasingly...
The number of transistors as well as the frequency of processors have followed Moore's law for the p...
The compiler process, the one that transforms a program in a high level language into assembly or bi...
This paper describes how the use of software libraries, which is prevalent in high performance comp...
textDespite many advances in compiler research, traditional compilers continue to suffer from one s...
As systems become more complex, there are increasing demands for improvement with respect to attribu...
In this poster, we make a case for a compiler that continuously optimizes software data planes at ru...
: This tutorial considers the design of modern machine-independent optimising compilers for classica...
International audienceThis paper presents a technique for representing the high level semantics of p...
International audienceThis paper reports on the correctness proof of compiler optimizations based on...
Compile-time optimization is often limited by a lack of target machine and input data set knowledge....
Experience with commercial and research high-performance architectures has indicated that the compil...
A primary benefit of most software tools is either the prevention or the detection of human error in...
Compilers are tools that transform a high level programming languages into assem- bly or binary cod...
To meet the demands of modern architectures, optimizing compilers must incorporate an ever larger nu...
Providing high performance for pointer-intensive programs on modern architectures is an increasingly...
The number of transistors as well as the frequency of processors have followed Moore's law for the p...
The compiler process, the one that transforms a program in a high level language into assembly or bi...
This paper describes how the use of software libraries, which is prevalent in high performance comp...
textDespite many advances in compiler research, traditional compilers continue to suffer from one s...
As systems become more complex, there are increasing demands for improvement with respect to attribu...
In this poster, we make a case for a compiler that continuously optimizes software data planes at ru...
: This tutorial considers the design of modern machine-independent optimising compilers for classica...
International audienceThis paper presents a technique for representing the high level semantics of p...
International audienceThis paper reports on the correctness proof of compiler optimizations based on...
Compile-time optimization is often limited by a lack of target machine and input data set knowledge....
Experience with commercial and research high-performance architectures has indicated that the compil...
A primary benefit of most software tools is either the prevention or the detection of human error in...
Compilers are tools that transform a high level programming languages into assem- bly or binary cod...
To meet the demands of modern architectures, optimizing compilers must incorporate an ever larger nu...
Providing high performance for pointer-intensive programs on modern architectures is an increasingly...
The number of transistors as well as the frequency of processors have followed Moore's law for the p...
The compiler process, the one that transforms a program in a high level language into assembly or bi...