Add to ORKGInternational audienceIn this paper, we introduce a new approach for debugging parallel applications based on the OpenMP programming standard. This approach is centered on the programming model, by opposition with more traditionnal debugging methods focused on the programming language and machine code.We detail the main axes of programming-model centric debugging: providinga structural representation of the application, following the execution dynamicbehaviors and allowing interactions with the abstract and physical machines;and we explain how they apply to OpenMP fork-join and task-based programming
Debugging is a fundamental part of software development, and one of the largest in terms of time spe...
The widespread adoption of multicore processors in all kind of computing devices is springing intere...
Contemporary parallel debuggers allow users to control more than one processing thread while support...
Chapter 1, Introduction, presents state of the art debugging techniques in high-performance computin...
In this thesis, we propose to study interactive debugging of applications running on embedded system...
In this thesis, we propose to study interactive debugging of applications running on embedded system...
Petascale computers and computing systems have the potential to solve large-scale, data-intensive pr...
Abstract: Principles and problems of comparative debugging are considered with special str...
This chapter discusses the code parallelization environment, where a number of tools that address th...
Twenty-first century parallel programming models are becoming real complex due to the diversity of ...
OpenMP is a popular application programming interface (API) used to write shared-memory parallel pro...
Debugging MIMD programs is often a delicate job. As a matter of fact, they can have different behavi...
Parallel computing is pervasive. The variety and number of parallel hardware architectures increase...
Scientific developers face challenges adapting software to leverage increasingly heterogeneous archi...
In this work we show how automatic relative debugging can be used to find differences in computation...
Debugging is a fundamental part of software development, and one of the largest in terms of time spe...
The widespread adoption of multicore processors in all kind of computing devices is springing intere...
Contemporary parallel debuggers allow users to control more than one processing thread while support...
Chapter 1, Introduction, presents state of the art debugging techniques in high-performance computin...
In this thesis, we propose to study interactive debugging of applications running on embedded system...
In this thesis, we propose to study interactive debugging of applications running on embedded system...
Petascale computers and computing systems have the potential to solve large-scale, data-intensive pr...
Abstract: Principles and problems of comparative debugging are considered with special str...
This chapter discusses the code parallelization environment, where a number of tools that address th...
Twenty-first century parallel programming models are becoming real complex due to the diversity of ...
OpenMP is a popular application programming interface (API) used to write shared-memory parallel pro...
Debugging MIMD programs is often a delicate job. As a matter of fact, they can have different behavi...
Parallel computing is pervasive. The variety and number of parallel hardware architectures increase...
Scientific developers face challenges adapting software to leverage increasingly heterogeneous archi...
In this work we show how automatic relative debugging can be used to find differences in computation...
Debugging is a fundamental part of software development, and one of the largest in terms of time spe...
The widespread adoption of multicore processors in all kind of computing devices is springing intere...
Contemporary parallel debuggers allow users to control more than one processing thread while support...