The objective of this paper is to develop models that characterize the memory and communication performance of shared-memory multiprocessors which is crucial for developing efficient parallel applications for them. The Convex SPP–1000, a modern scalable distributed-memory multiprocessor that supports the shared-memory programming paradigm, is used throughout as a case study. The paper evaluates and models four aspects of SPP–1000 performance: scheduling, local-memory, shared-memory, and synchronization. Our evaluation and modeling are intended to supply useful information for application and compiler development.
Parallel programming models are quite challenging and emerging topic in the parallel computing era. ...
The memory consistency model supported by a multiprocessor architecture determines the amount of buf...
The performance analysis of the VPS (Virtual Processor System) multiprocessor is presented. The syst...
This paper presents a model to evaluate the performance and overhead of parallelizing sequential cod...
This paper presents the comparison of the COMOPS benchmark performance in MPI and shared memory on t...
The last decade has produced enormous improvements in processor speeds without a corresponding impro...
126 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1997.It is important to study the ...
The objective of this work is to compare the performance of three common environments for supporting...
In this paper we examine the use of a shared memory programming model to address the problem of port...
The goal of this work was to examine existing shared memory parallel programming models, figure out ...
The state of modern computer systems has evolved to allow easy access to multiprocessor systems by s...
In this paper we present a new approach to benchmark the performance of shared memory systems. This ...
The CPUs, memory, interconnection network, operating system, runtime system, I/O subsystem, and appl...
High-performance computing is essential for solving large problems and for reducing the time to solu...
Parallel computing is essential for solving very large scientific and engineering problems. An effec...
Parallel programming models are quite challenging and emerging topic in the parallel computing era. ...
The memory consistency model supported by a multiprocessor architecture determines the amount of buf...
The performance analysis of the VPS (Virtual Processor System) multiprocessor is presented. The syst...
This paper presents a model to evaluate the performance and overhead of parallelizing sequential cod...
This paper presents the comparison of the COMOPS benchmark performance in MPI and shared memory on t...
The last decade has produced enormous improvements in processor speeds without a corresponding impro...
126 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1997.It is important to study the ...
The objective of this work is to compare the performance of three common environments for supporting...
In this paper we examine the use of a shared memory programming model to address the problem of port...
The goal of this work was to examine existing shared memory parallel programming models, figure out ...
The state of modern computer systems has evolved to allow easy access to multiprocessor systems by s...
In this paper we present a new approach to benchmark the performance of shared memory systems. This ...
The CPUs, memory, interconnection network, operating system, runtime system, I/O subsystem, and appl...
High-performance computing is essential for solving large problems and for reducing the time to solu...
Parallel computing is essential for solving very large scientific and engineering problems. An effec...
Parallel programming models are quite challenging and emerging topic in the parallel computing era. ...
The memory consistency model supported by a multiprocessor architecture determines the amount of buf...
The performance analysis of the VPS (Virtual Processor System) multiprocessor is presented. The syst...