The Hypercube is one of the most appealing topologies among the interconnection networks designed for parallel processing applications. Most of the basic parallel algorithms, developed to run on an n-cube, can run on a smaller k-cube (k \u3c n ) with a slow-down factor of 2”-k. This partitionability of the hypercube allows algorithms to run on the Operational St&Cubes (OPSCs or sub- cubes with fault-free nodes and links) of an n-cube whose dimensions cannot be fully utilized due to failure of some nodes
We consider the problem of subsystem allocation in the mesh, torus, and hypercube multicomputers. Al...
The architecture and applications of the class of highly parallel distributed-memory multiprocessors...
This paper examines the problem of locating large faultfree subcubes in multiuser hypercube systems....
The Hypercube is one of the most appealing topologies among the interconnection networks designed fo...
Hypercube multiprocessors can efficiently execute a wide class of parallel algorithms. To obtain a r...
The author presents a new design, called fault-tolerant hypercube (FTH), obtained by augmenting the ...
mes the bottleneck limiting the scalability of parallel algorithms. Thus, choosing the correct commu...
We examine the issue of running algorithms on a hypercube which has both node and edge faults, and w...
This thesis, presents a multiprocessor topology, the hierarchical network of hyper-cubes, which has ...
Abstract: In this study, we‘ve analyzed and implemented three different algorithms developed for fau...
Abstract- The subcube allocation problem in faulty hypercubes is studied in this paper. An efficient...
Abstract- Parallel algorithms of the hypercube allo-cation strategies are considered in this paper. ...
[[abstract]]Fully recognizing various subcubes in a hypercube computer efficiently is addressed. A m...
[[abstract]]The reliability of processors is an important issue for designing amassively parallel pr...
An enhanced hypercube is obtained by adding 2 -1 more links to a regular hypercube of 2 processors...
We consider the problem of subsystem allocation in the mesh, torus, and hypercube multicomputers. Al...
The architecture and applications of the class of highly parallel distributed-memory multiprocessors...
This paper examines the problem of locating large faultfree subcubes in multiuser hypercube systems....
The Hypercube is one of the most appealing topologies among the interconnection networks designed fo...
Hypercube multiprocessors can efficiently execute a wide class of parallel algorithms. To obtain a r...
The author presents a new design, called fault-tolerant hypercube (FTH), obtained by augmenting the ...
mes the bottleneck limiting the scalability of parallel algorithms. Thus, choosing the correct commu...
We examine the issue of running algorithms on a hypercube which has both node and edge faults, and w...
This thesis, presents a multiprocessor topology, the hierarchical network of hyper-cubes, which has ...
Abstract: In this study, we‘ve analyzed and implemented three different algorithms developed for fau...
Abstract- The subcube allocation problem in faulty hypercubes is studied in this paper. An efficient...
Abstract- Parallel algorithms of the hypercube allo-cation strategies are considered in this paper. ...
[[abstract]]Fully recognizing various subcubes in a hypercube computer efficiently is addressed. A m...
[[abstract]]The reliability of processors is an important issue for designing amassively parallel pr...
An enhanced hypercube is obtained by adding 2 -1 more links to a regular hypercube of 2 processors...
We consider the problem of subsystem allocation in the mesh, torus, and hypercube multicomputers. Al...
The architecture and applications of the class of highly parallel distributed-memory multiprocessors...
This paper examines the problem of locating large faultfree subcubes in multiuser hypercube systems....