Add to ORKGMessage Passing Interface (MPI) is the most commonly used paradigm in writing parallel programs since it can be employed not only within a single processing node but also across several connected ones. Data flow analysis concepts, techniques and tools are needed to understand and analyze MPI-based programs to detect bugs arise in these programs. In this paper we propose two automated techniques to analyze and debug MPI-based programs source codes.
The Logfile Analyzer is a tool for automatically analyzing the logfiles generated during a parallel ...
Abstract. Writing correct and portable MPI programs is hard. Out of bound parameters, inconsistent u...
Abstract. We examine the unsolved problem of automatically and ef-ficiently detecting functionally i...
Abstract: Main possibilities of the analyzer of MPI program correctness are considered. Th...
technical reportMessage Passing Interface is a widely used standard in the High Performance and Sci...
The trend towards many-core multi-processor systems and clusters will make systems with tens and hun...
The article is devoted to the development of automated debugging software for parallel programs used...
MPI is the de-facto standard message-passing based parallel programming model. However, the bug dete...
Abstract. Message Passing Interfaces (MPI) plays an important role in parallel computing. Many paral...
In message passing programs, once a process terminates with an unexpected error, the terminated proc...
International audienceEnsuring the correctness of MPI programs becomes as challenging and important ...
AbstractHigh-end computing is universally recognized to be a strategic tool for leadership in scienc...
Abstract—Message Passing Interface (MPI) is a well know paradigm that is widely used in coding expli...
Increasing computational demand of simulations motivates the use of parallel computing systems. At t...
Abstract. The most frequently used part of MPI-2 is MPI I/O. Due to the complexity of parallel progr...
The Logfile Analyzer is a tool for automatically analyzing the logfiles generated during a parallel ...
Abstract. Writing correct and portable MPI programs is hard. Out of bound parameters, inconsistent u...
Abstract. We examine the unsolved problem of automatically and ef-ficiently detecting functionally i...
Abstract: Main possibilities of the analyzer of MPI program correctness are considered. Th...
technical reportMessage Passing Interface is a widely used standard in the High Performance and Sci...
The trend towards many-core multi-processor systems and clusters will make systems with tens and hun...
The article is devoted to the development of automated debugging software for parallel programs used...
MPI is the de-facto standard message-passing based parallel programming model. However, the bug dete...
Abstract. Message Passing Interfaces (MPI) plays an important role in parallel computing. Many paral...
In message passing programs, once a process terminates with an unexpected error, the terminated proc...
International audienceEnsuring the correctness of MPI programs becomes as challenging and important ...
AbstractHigh-end computing is universally recognized to be a strategic tool for leadership in scienc...
Abstract—Message Passing Interface (MPI) is a well know paradigm that is widely used in coding expli...
Increasing computational demand of simulations motivates the use of parallel computing systems. At t...
Abstract. The most frequently used part of MPI-2 is MPI I/O. Due to the complexity of parallel progr...
The Logfile Analyzer is a tool for automatically analyzing the logfiles generated during a parallel ...
Abstract. Writing correct and portable MPI programs is hard. Out of bound parameters, inconsistent u...
Abstract. We examine the unsolved problem of automatically and ef-ficiently detecting functionally i...