The JPL designed MARKIII hypercube supercomputer has been in application service since June 1988 and has had successful application to a broad problem set including electromagnetic scattering, discrete event simulation, plasma transport, matrix algorithms, neural network simulation, image processing, and graphics. Currently, problems that are not homogeneous are being attempted, and, through this involvement with real world applications, the software is evolving to handle the heterogeneous class problems efficiently
Processor allocation and the task scheduling technique in parallel processing systems play a signifi...
mes the bottleneck limiting the scalability of parallel algorithms. Thus, choosing the correct commu...
The Caltech Concurrent Supercomputer Facility connects campus and JPL to enormous computation resour...
PC-CUBE is an ensemble of IBM PCs or close compatibles connected in the hypercube topology with ordi...
The Hypercube Matrix Computation (Year 1986-1987) task investigated the applicability of a parallel ...
The architecture and applications of the class of highly parallel distributed-memory multiprocessors...
PC-CUBE is an ensemble of IBM PCs or close compatibles connected in the hypercube topology with ordi...
The Hyperswitch Communication Network (HCN) is a large scale parallel computer prototype being devel...
Several commercial hypercube parallel processors with the potential to deliver massive parallelism c...
A description is given of the hardware and software of a multiprocessor test bed - the second genera...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
This paper discusses an ongoing study that uses a recent development in communication control techno...
This thesis, presents a multiprocessor topology, the hierarchical network of hyper-cubes, which has ...
A Message-Passing Kernel (MPK) for the Hypercluster parallel-processing test bed is described. The H...
The performance of hypercubes were evaluated on a computational fluid dynamics problem and the paral...
Processor allocation and the task scheduling technique in parallel processing systems play a signifi...
mes the bottleneck limiting the scalability of parallel algorithms. Thus, choosing the correct commu...
The Caltech Concurrent Supercomputer Facility connects campus and JPL to enormous computation resour...
PC-CUBE is an ensemble of IBM PCs or close compatibles connected in the hypercube topology with ordi...
The Hypercube Matrix Computation (Year 1986-1987) task investigated the applicability of a parallel ...
The architecture and applications of the class of highly parallel distributed-memory multiprocessors...
PC-CUBE is an ensemble of IBM PCs or close compatibles connected in the hypercube topology with ordi...
The Hyperswitch Communication Network (HCN) is a large scale parallel computer prototype being devel...
Several commercial hypercube parallel processors with the potential to deliver massive parallelism c...
A description is given of the hardware and software of a multiprocessor test bed - the second genera...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
This paper discusses an ongoing study that uses a recent development in communication control techno...
This thesis, presents a multiprocessor topology, the hierarchical network of hyper-cubes, which has ...
A Message-Passing Kernel (MPK) for the Hypercluster parallel-processing test bed is described. The H...
The performance of hypercubes were evaluated on a computational fluid dynamics problem and the paral...
Processor allocation and the task scheduling technique in parallel processing systems play a signifi...
mes the bottleneck limiting the scalability of parallel algorithms. Thus, choosing the correct commu...
The Caltech Concurrent Supercomputer Facility connects campus and JPL to enormous computation resour...