Add to ORKGThis report describes the current status of the PARADE visualization environment. PARADE supports the design and implementation of software visualizations of parallel and distributed programs. It contains primary components for monitoring a program's execution, building the software visualization, and mapping the execution to the visualization. In this report we provide brief descriptions of many of the projects that comprise the PARADE environment, and we provide references to more detailed information on the projects
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
This article presents in an informal way some early results on the design of a series of paradigms f...
This article presents in an informal way some early results on the design of a series of paradigms f...
Parallel and distributed programming is intrinsically more difficult than sequential programming, ye...
One popular model of concurrent computing is threads-based parallel programming on a shared memory p...
Visualization and animation tools may become extremely important aids in the understanding, verifica...
We present an overview of visualization tools for parallel systems focusing on parallel debuggers, p...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
Visualization and animation tools may become extremely important aids in the understanding, verific...
Developing and analyzing the performance of concurrent programs on distributed memory concurrent sys...
In this paper approaches to the evaluation of Software Visualization for Parallel Computing are cons...
Designing parallel programs for message-passing systems is not an easy task. Difficulties arise larg...
[[abstract]]In an environment for developing and running parallel programs, it is not always possibl...
Parallel and distributed computers are becoming more widely used. Thus, the comprehension of paralle...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
This article presents in an informal way some early results on the design of a series of paradigms f...
This article presents in an informal way some early results on the design of a series of paradigms f...
Parallel and distributed programming is intrinsically more difficult than sequential programming, ye...
One popular model of concurrent computing is threads-based parallel programming on a shared memory p...
Visualization and animation tools may become extremely important aids in the understanding, verifica...
We present an overview of visualization tools for parallel systems focusing on parallel debuggers, p...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
Visualization and animation tools may become extremely important aids in the understanding, verific...
Developing and analyzing the performance of concurrent programs on distributed memory concurrent sys...
In this paper approaches to the evaluation of Software Visualization for Parallel Computing are cons...
Designing parallel programs for message-passing systems is not an easy task. Difficulties arise larg...
[[abstract]]In an environment for developing and running parallel programs, it is not always possibl...
Parallel and distributed computers are becoming more widely used. Thus, the comprehension of paralle...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
This article presents in an informal way some early results on the design of a series of paradigms f...
This article presents in an informal way some early results on the design of a series of paradigms f...