The process of obtaining useful message passing applications tracefiles for performance analysis in supercomputers is a large and tedious task. When using hundreds or thousands of processors, the tracefile size can grow up to 10 or 20 GB. It is clear that analyzing or even storing these large traces is a problem. The methodology we have developed and implemented performs an automatic analysis that can be applied to huge tracefiles, which obtains its internal structure and selects meaningful parts of the tracefile. The paper presents the methodology and results we have obtained from real applications.Peer ReviewedPostprint (author's final draft
High Performance Computing is now a strategic resource as it allows to simulate complex phenomena in...
Abstract. Performance analysis tools are an important component of the parallel program development ...
The analysis of multimedia application traces can reveal im-portant information to enhance program e...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is eve...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is ev...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is eve...
Tracing and performance analysis tools are an important component in the development of high perform...
Performance analysis most often is based on the detailed knowledge of program behavior. One option t...
Abstract. Automatic trace analysis is an effective method of identifying complex performance phenome...
Event traces are required to correctly diagnose a number of performance problems that arise on today...
International audienceThe off-line (or post-mortem) analysis of execution event traces is a popular ...
Understanding a large execution trace is not easy task due to the size and complexity of typical tra...
High Performance Computing (HPC) systems play an important role in today’s heavily digitized world, ...
A considerably fraction of science discovery is nowadays relying on computer simulations. High Per...
The thesis presents a contribution to the analysis and visualization of computational performance ba...
High Performance Computing is now a strategic resource as it allows to simulate complex phenomena in...
Abstract. Performance analysis tools are an important component of the parallel program development ...
The analysis of multimedia application traces can reveal im-portant information to enhance program e...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is eve...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is ev...
A powerful and widely-used method for analyzing the performance behavior of parallel programs is eve...
Tracing and performance analysis tools are an important component in the development of high perform...
Performance analysis most often is based on the detailed knowledge of program behavior. One option t...
Abstract. Automatic trace analysis is an effective method of identifying complex performance phenome...
Event traces are required to correctly diagnose a number of performance problems that arise on today...
International audienceThe off-line (or post-mortem) analysis of execution event traces is a popular ...
Understanding a large execution trace is not easy task due to the size and complexity of typical tra...
High Performance Computing (HPC) systems play an important role in today’s heavily digitized world, ...
A considerably fraction of science discovery is nowadays relying on computer simulations. High Per...
The thesis presents a contribution to the analysis and visualization of computational performance ba...
High Performance Computing is now a strategic resource as it allows to simulate complex phenomena in...
Abstract. Performance analysis tools are an important component of the parallel program development ...
The analysis of multimedia application traces can reveal im-portant information to enhance program e...