Add to ORKGAbstract. This paper presents the design and experimental evaluation of two dynamic load partitioning and balancing strategies for parallel Structured Adap-tive Mesh Refinement (SAMR) applications: the Level-based Partitioning Al-gorithm (LPA) and the Hierarchical Partitioning Algorithm (HPA). These tech-niques specifically address the computational and communication heterogeneity across refinement levels of the adaptive grid hierarchy underlying these methods. An experimental evaluation of the partitioning schemes is also presented
dient of our method is a technique for the estimation of the size and the element distribution of th...
Abstract. The dynamism and space-time heterogeneity exhibited by structured adaptive mesh refinement...
A parallel method for dynamic partitioning of unstructured meshes is described. The method employs a...
We perform a comprehensive performance characterization of load balancing algorithms for parallel st...
Parallel structured adaptive mesh refinement methods decrease the execution time and memory usage of...
Abstract. Dynamic load balancing(DLB) for parallel systems has been studied extensively; however, DL...
Optimal partitioning of structured adaptive mesh applica-tions necessitates dynamically determining ...
Dynamic load balancing(DLB) for parallel systems has been studied extensively; however, DLB for dist...
Structured adaptive mesh refinement (SAMR) techniques provide an effective means for dynamically con...
Structured adaptive mesh refinement (SAMR) techniques can provide accurate and costeffective solutio...
To increase the speed of computer simulations we solve partial differential equations (PDEs) using s...
Structured adaptive mesh refinement methods are being widely used for computer simulations of variou...
Dynamic Structured Adaptive Mesh Refinement (SAMR) techniques for solving partial differential equat...
A parallel method for the dynamic partitioning of unstructured meshes is outlined. The method includ...
Dynamic adaptive mesh renement methods for the numerical solution to partial dierential equations yi...
dient of our method is a technique for the estimation of the size and the element distribution of th...
Abstract. The dynamism and space-time heterogeneity exhibited by structured adaptive mesh refinement...
A parallel method for dynamic partitioning of unstructured meshes is described. The method employs a...
We perform a comprehensive performance characterization of load balancing algorithms for parallel st...
Parallel structured adaptive mesh refinement methods decrease the execution time and memory usage of...
Abstract. Dynamic load balancing(DLB) for parallel systems has been studied extensively; however, DL...
Optimal partitioning of structured adaptive mesh applica-tions necessitates dynamically determining ...
Dynamic load balancing(DLB) for parallel systems has been studied extensively; however, DLB for dist...
Structured adaptive mesh refinement (SAMR) techniques provide an effective means for dynamically con...
Structured adaptive mesh refinement (SAMR) techniques can provide accurate and costeffective solutio...
To increase the speed of computer simulations we solve partial differential equations (PDEs) using s...
Structured adaptive mesh refinement methods are being widely used for computer simulations of variou...
Dynamic Structured Adaptive Mesh Refinement (SAMR) techniques for solving partial differential equat...
A parallel method for the dynamic partitioning of unstructured meshes is outlined. The method includ...
Dynamic adaptive mesh renement methods for the numerical solution to partial dierential equations yi...
dient of our method is a technique for the estimation of the size and the element distribution of th...
Abstract. The dynamism and space-time heterogeneity exhibited by structured adaptive mesh refinement...
A parallel method for dynamic partitioning of unstructured meshes is described. The method employs a...