In this paper we describe how to apply powerful performance analysis techniques to understand the behavior of multilevel parallel applications. We use the Paraver/OMPItrace performance analysis system for our study. This system consists of two major compo-nents: The OMPItrace dynamic instrumentation mechanism, which allows the tracing of processes and threads and the Paraver graphical user interface for inspection and analyses of the generated traces. We apply the system to conduct a detailed comparative study of a benchmark code implemented in five differ-ent programming paradigms applicable for shared memory computer architectures. 1
The evolution of parallel and distributed architectures and programming paradigms for performance-or...
With rising complexity of high performance computing systems and their parallel software, performanc...
Given the exponential increase in the complexity of modern parallel systems, parallel applications o...
In this paper we describe how to apply powerful performance analysis techniques to understand the be...
Performance analysis of parallel programs continues to be challenging for programmers. Programmers h...
The state of modern computer systems has evolved to allow easy access to multiprocessor systems by s...
The purpose of this project was to build an extensible cross-platform infrastructure to facilitate t...
Systems for high performance computing are getting increasingly complex. On the one hand, the number...
Performance analysis is the task of monitor the behavior of a program execution. The main goal is to...
The shift towards multicore processing has led to a much wider population of developers being faced ...
Achieving a significant fraction of peak performance on a modern high-performance computer is a chal...
Performance analysis tools are essential to the maintenance of efficient parallel execution of scien...
Performance analysis tools are essential to the maintenance of efficient parallel execution of scie...
Parametric micro-level (PM) performance models are introduced to address the im-portant issue of how...
Parallelism has become more and more commonplace with the advent of the multicore processors. Althou...
The evolution of parallel and distributed architectures and programming paradigms for performance-or...
With rising complexity of high performance computing systems and their parallel software, performanc...
Given the exponential increase in the complexity of modern parallel systems, parallel applications o...
In this paper we describe how to apply powerful performance analysis techniques to understand the be...
Performance analysis of parallel programs continues to be challenging for programmers. Programmers h...
The state of modern computer systems has evolved to allow easy access to multiprocessor systems by s...
The purpose of this project was to build an extensible cross-platform infrastructure to facilitate t...
Systems for high performance computing are getting increasingly complex. On the one hand, the number...
Performance analysis is the task of monitor the behavior of a program execution. The main goal is to...
The shift towards multicore processing has led to a much wider population of developers being faced ...
Achieving a significant fraction of peak performance on a modern high-performance computer is a chal...
Performance analysis tools are essential to the maintenance of efficient parallel execution of scien...
Performance analysis tools are essential to the maintenance of efficient parallel execution of scie...
Parametric micro-level (PM) performance models are introduced to address the im-portant issue of how...
Parallelism has become more and more commonplace with the advent of the multicore processors. Althou...
The evolution of parallel and distributed architectures and programming paradigms for performance-or...
With rising complexity of high performance computing systems and their parallel software, performanc...
Given the exponential increase in the complexity of modern parallel systems, parallel applications o...