Many parallel algorithms on the reconfigurable mesh have been developed so far. However, it is hard to understand the behavior of these parallel algorithms, mainly because the bus topology dynamically changes during the execution of an algorithm. In this work, we present the visual mesh system (VMesh ), a tool for visualizing algorithms on the reconfigurable mesh. The main objective of the VMesh is to provide a comprehensive environment for algorithm visualization and development. The VMesh has shown to be a valuable tool for studying and understanding the behavior of parallel algorithms on the reconfigurable mesh
Parallel algorithm animations provide graphical illustration of a parallel computer algorithm. Paral...
Among massively parallel systems, Reconfigurable Processor Array (RPA) [1] is one of the computation...
Abstract. Reconfigurable computing has become a hot topic in research due to its high-performance an...
The investigation of new parallel algorithms for MIMD computers requires some postprocessing fac...
The process of implementing, debugging, testing, engineering and experimentally analyzing algorithmi...
In this paper, we introduce the Systolic Reconfigurable Mesh (SRM), which combines aspects of the re...
Visualization is believed to be an effective technique for learning and understanding algorithms in ...
There has recently been an interest in the introduction of reconfigurable buses to existing parallel...
We present a tool for the visualization of distributed computations. Special attention is payed to c...
The aim of this project is to create an interface that visualizes the running of various algorithms,...
The reconfigurable mesh is a model for massively parallel computing for which many algorithms with v...
We present a new approach to the distributed visualization of geometric algorithms that emphasizes t...
We present a new approach to the distributed visualization of geometric algorithms that emphasizes t...
The goal of the project is to create an application for algorithms' visualization. Its objective sho...
The main goal of project was creating Graphics User Interface that visualizes the running of various...
Parallel algorithm animations provide graphical illustration of a parallel computer algorithm. Paral...
Among massively parallel systems, Reconfigurable Processor Array (RPA) [1] is one of the computation...
Abstract. Reconfigurable computing has become a hot topic in research due to its high-performance an...
The investigation of new parallel algorithms for MIMD computers requires some postprocessing fac...
The process of implementing, debugging, testing, engineering and experimentally analyzing algorithmi...
In this paper, we introduce the Systolic Reconfigurable Mesh (SRM), which combines aspects of the re...
Visualization is believed to be an effective technique for learning and understanding algorithms in ...
There has recently been an interest in the introduction of reconfigurable buses to existing parallel...
We present a tool for the visualization of distributed computations. Special attention is payed to c...
The aim of this project is to create an interface that visualizes the running of various algorithms,...
The reconfigurable mesh is a model for massively parallel computing for which many algorithms with v...
We present a new approach to the distributed visualization of geometric algorithms that emphasizes t...
We present a new approach to the distributed visualization of geometric algorithms that emphasizes t...
The goal of the project is to create an application for algorithms' visualization. Its objective sho...
The main goal of project was creating Graphics User Interface that visualizes the running of various...
Parallel algorithm animations provide graphical illustration of a parallel computer algorithm. Paral...
Among massively parallel systems, Reconfigurable Processor Array (RPA) [1] is one of the computation...
Abstract. Reconfigurable computing has become a hot topic in research due to its high-performance an...