The Platform-Aware Compilation Environment (PACE) is an ambitious attempt to construct a portable compiler that produces code capable of achieving high levels of performance on new architectures. The key strategies in PACE are the design and development of an optimizer and runtime system that are parameterized by system characteristics, the automatic measurement of those characteristics, the extensive use of measured performance data to help drive optimization, and the use of machine learning to improve the long-term effectiveness of the compiler and runtime system
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
To meet the demands of modern architectures, optimizing compilers must incorporate an ever larger nu...
As the demand increases for high performance and power efficiency in modern computer runtime systems...
The Platform-Aware Compilation Environment (PACE) is an ambitious attempt to construct a portable co...
Tuning hardwired compiler optimizations for rapidly evolving hardware makes porting an optimizing co...
Current compilers fail to deliver satisfactory levels of performance on modern processors, due to ra...
Developing programs that fully utilize the available computing capabilities of the underlying hardwa...
This is a supporting code artifact for the publication: "CompilerGym: Robust, Performant Compiler Op...
Tuning compiler optimizations for rapidly evolving hardware makes porting and extending an optimizin...
Production compilers have achieved a high level of maturity in terms of generating efficient code. C...
Designing new microprocessors is a time consuming task. Architects rely on slow simulators to evalua...
Many optimisations in modern compilers have been traditionally based around using analysis to examin...
As part of the Platform-Aware Compilation Environment (PACE) Project1, Operator Strength Reduction (...
International audienceTuning compiler optimizations for rapidly evolving hardwaremakes porting and e...
Runtime compilation, due to its online nature, presents unique challenges and opportunities to compi...
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
To meet the demands of modern architectures, optimizing compilers must incorporate an ever larger nu...
As the demand increases for high performance and power efficiency in modern computer runtime systems...
The Platform-Aware Compilation Environment (PACE) is an ambitious attempt to construct a portable co...
Tuning hardwired compiler optimizations for rapidly evolving hardware makes porting an optimizing co...
Current compilers fail to deliver satisfactory levels of performance on modern processors, due to ra...
Developing programs that fully utilize the available computing capabilities of the underlying hardwa...
This is a supporting code artifact for the publication: "CompilerGym: Robust, Performant Compiler Op...
Tuning compiler optimizations for rapidly evolving hardware makes porting and extending an optimizin...
Production compilers have achieved a high level of maturity in terms of generating efficient code. C...
Designing new microprocessors is a time consuming task. Architects rely on slow simulators to evalua...
Many optimisations in modern compilers have been traditionally based around using analysis to examin...
As part of the Platform-Aware Compilation Environment (PACE) Project1, Operator Strength Reduction (...
International audienceTuning compiler optimizations for rapidly evolving hardwaremakes porting and e...
Runtime compilation, due to its online nature, presents unique challenges and opportunities to compi...
In this dissertation, we address the problem of runtime adaptation of the application to its executi...
To meet the demands of modern architectures, optimizing compilers must incorporate an ever larger nu...
As the demand increases for high performance and power efficiency in modern computer runtime systems...