Tuning and debugging the performance of parallel applications is an iterative process consisting of several steps dealing with identification and localization of inefficiencies, repair, and verification of the achieved performance. In this paper, we address the analysis of the performance of parallel applications from a methodological viewpoint with the aim of identifying and localizing inefficiencies. Our methodology is based on performance metrics and criteria that highlight the properties of the applications and the load imbalance and dissimilarities in the behavior of the processors. A few case studies illustrate the application of the methodology
Although there are many situations in which a model of application performance is valuable, performa...
[[abstract]]©1988 North-Holland-The authors outline an approach to the design of a set of interactiv...
Over the past 10 years we have seen the transition from single core computer to multicore computing,...
Tuning and debugging the performance of parallel applications is an iterative process consisting of ...
Programming parallel computers for performance is a difficult task that requires careful attention t...
While parallel computing offers an attractive perspective for the future, developing efficient paral...
Debugging parallel/distributed programs is an iterative process, alternating between correctness deb...
Debugging parallel/distributed programs is an iterative process, alternating between correctness deb...
The complexity of modern High-Performance-Computing systems impose great challenges on running paral...
Most performance debugging and tuning of parallel programs is based on the "measure-modify"...
This paper discusses a methodology for diagnosing performance problems for parallel and distributed ...
Achieving a significant fraction of peak performance on a modern high-performance computer is a chal...
Event tracing is a powerful method for analyzing the performance behavior of parallel applications. ...
Abstract — Performance of parallel programs is one of the reasons of their development. The process ...
Scienti c parallel programs often undergo signicant performance tuning before meeting their performa...
Although there are many situations in which a model of application performance is valuable, performa...
[[abstract]]©1988 North-Holland-The authors outline an approach to the design of a set of interactiv...
Over the past 10 years we have seen the transition from single core computer to multicore computing,...
Tuning and debugging the performance of parallel applications is an iterative process consisting of ...
Programming parallel computers for performance is a difficult task that requires careful attention t...
While parallel computing offers an attractive perspective for the future, developing efficient paral...
Debugging parallel/distributed programs is an iterative process, alternating between correctness deb...
Debugging parallel/distributed programs is an iterative process, alternating between correctness deb...
The complexity of modern High-Performance-Computing systems impose great challenges on running paral...
Most performance debugging and tuning of parallel programs is based on the "measure-modify"...
This paper discusses a methodology for diagnosing performance problems for parallel and distributed ...
Achieving a significant fraction of peak performance on a modern high-performance computer is a chal...
Event tracing is a powerful method for analyzing the performance behavior of parallel applications. ...
Abstract — Performance of parallel programs is one of the reasons of their development. The process ...
Scienti c parallel programs often undergo signicant performance tuning before meeting their performa...
Although there are many situations in which a model of application performance is valuable, performa...
[[abstract]]©1988 North-Holland-The authors outline an approach to the design of a set of interactiv...
Over the past 10 years we have seen the transition from single core computer to multicore computing,...