Add to ORKGAbstract—Our research is focused on the simplification of parallel programming for distributed memory systems. Our overall goal is to build a unifying framework for creating, debugging, profiling and verifying parallel applications. The key aspect is a visual model inspired by Colored Petri Nets. In this paper, we will present how to use the visual model for debugging and profiling as well. The presented ideas are integrated into our open source tool Kaira. I
Programming languages based solely upon plain textual representations inherit the textual linearizat...
To provide high-level graphical support for PVM (Parallel Virtual Machine) based program development...
We present an overview of visualization tools for parallel systems focusing on parallel debuggers, p...
In our research, we try to simplify the development of parallel applications in the area of the scie...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
The great challenge in parallel computing is to make a task of programming parallel machines easy wh...
Parallel and distributed systems play an important role in the development of information technolo...
Symmetric multiprocessor systems (SMPs) are the desktop systems of the future. As they become more w...
Abstract:- Since scientific applications usually manipulate a very huge volume of data, parallel com...
MPJ Express is a messaging system that allows computational scientists to write and execute parallel...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
An effective debugger must support the language and operating system resource abstractions that are ...
The objective of this paper is to determine the feasibility and produceability of a Petri net based ...
Abstract. Coloured Petri nets have proved to be a useful formalism for modeling distributed algorith...
Coloured Petri nets have proved to be a useful formalism for modeling distributed algorithms, i.e., ...
Programming languages based solely upon plain textual representations inherit the textual linearizat...
To provide high-level graphical support for PVM (Parallel Virtual Machine) based program development...
We present an overview of visualization tools for parallel systems focusing on parallel debuggers, p...
In our research, we try to simplify the development of parallel applications in the area of the scie...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
The great challenge in parallel computing is to make a task of programming parallel machines easy wh...
Parallel and distributed systems play an important role in the development of information technolo...
Symmetric multiprocessor systems (SMPs) are the desktop systems of the future. As they become more w...
Abstract:- Since scientific applications usually manipulate a very huge volume of data, parallel com...
MPJ Express is a messaging system that allows computational scientists to write and execute parallel...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
An effective debugger must support the language and operating system resource abstractions that are ...
The objective of this paper is to determine the feasibility and produceability of a Petri net based ...
Abstract. Coloured Petri nets have proved to be a useful formalism for modeling distributed algorith...
Coloured Petri nets have proved to be a useful formalism for modeling distributed algorithms, i.e., ...
Programming languages based solely upon plain textual representations inherit the textual linearizat...
To provide high-level graphical support for PVM (Parallel Virtual Machine) based program development...
We present an overview of visualization tools for parallel systems focusing on parallel debuggers, p...