Highly parallel machines needed to solve compute intensive scientific applications are based on the distribution of physical memory across the compute nodes. The drawback of such systems is the difficult message passing programming model. Therefore, a lot of research in simplifying the programming model is going on. This article investigates the combination of a task parallel programming model implemented on top of a shared virtual address space provided by the operating system of the parallel machine
The Psyche project at the University of Rochester aims to develop a high performance operating syste...
We first describe the design and implementation f a distributed shared memory system for a cluster o...
This paper presents the results of an experiment which evaluates the performance of shared virtual m...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Highly parallel machines needed to solve compute-intensive scientific applications are based on the ...
Workstation clusters have recently attracted high interest as a technology providing supercomputer c...
We compare two paradigms for parallel programming on networks of workstations: message passing and d...
This paper discusses some of the issues involved in implementing a shared-address space programming ...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Parallel algorithms for the Bulk Synchronous Parallel (BSP) and closely related Coarse Gained Multic...
Many parallel languages presume a shared address space in which any portion of a computation can acc...
A model for virtual memory in a distributed memory parallel computer is proposed. It uses a novel pa...
Shared virtual memory (SVM) is a virtual memory layer with a single address space on top of a distri...
Shared virtual memory (SVM) is a virtual memory layer with a single address space on top of a distri...
Although large-scale shared-memory multiprocessors are believed to be easier to program than disjoin...
The Psyche project at the University of Rochester aims to develop a high performance operating syste...
We first describe the design and implementation f a distributed shared memory system for a cluster o...
This paper presents the results of an experiment which evaluates the performance of shared virtual m...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Highly parallel machines needed to solve compute-intensive scientific applications are based on the ...
Workstation clusters have recently attracted high interest as a technology providing supercomputer c...
We compare two paradigms for parallel programming on networks of workstations: message passing and d...
This paper discusses some of the issues involved in implementing a shared-address space programming ...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Parallel algorithms for the Bulk Synchronous Parallel (BSP) and closely related Coarse Gained Multic...
Many parallel languages presume a shared address space in which any portion of a computation can acc...
A model for virtual memory in a distributed memory parallel computer is proposed. It uses a novel pa...
Shared virtual memory (SVM) is a virtual memory layer with a single address space on top of a distri...
Shared virtual memory (SVM) is a virtual memory layer with a single address space on top of a distri...
Although large-scale shared-memory multiprocessors are believed to be easier to program than disjoin...
The Psyche project at the University of Rochester aims to develop a high performance operating syste...
We first describe the design and implementation f a distributed shared memory system for a cluster o...
This paper presents the results of an experiment which evaluates the performance of shared virtual m...