Multicast is an important interprocessor communication pattern existing in various parallel application algorithms. This paper proposes a new multicast algorithm for hypercube computers that not only minimizes the number of hops required for delivery of the message and keeps the amount of traffic small, but also takes into consideration of balancing traffic among the active processors to maximize the parallelism in communication. Our algorithm has a time complexity of O(nN) for fault-tolerant multicasting in a hypercube of N = 2 n processors containing an arbitrary number of faulty processors.No Full Tex
In this paper, we present a real-time fault-tolerant design for a d-dimensional hypercube multiproce...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
Both adaptive unicast routing and efficient multicast communication have been shown to be important ...
This paper presents an optimal broadcast algorithm for the hypercube networks. The main focus of the...
The author presents a new design, called fault-tolerant hypercube (FTH), obtained by augmenting the ...
Abstract- In this paper, we propose an optimal fault tolerant broadcasting algorithm which requires ...
We consider several basic communication problems in a hypercube network of processors. These include...
In real-time computing applications, it is important to have parallel computing systems that not onl...
Multicast communication is a frequently invoked communication pattern in many parallel algorithms. A...
. We describe fault-tolerant routing of multicast messages in mesh-based wormhole-switched multicomp...
We consider the problem of adaptive fault diagnosis in hypercube multiprocessor systems. Processors ...
We examine the issue of running algorithms on a hypercube which has both node and edge faults, and w...
Abstract: In this study, we‘ve analyzed and implemented three different algorithms developed for fau...
In many multicomputer applications is it necessary for one node to send an identical message to many...
This paper presents a new message-passing algorithm, called Do-UM, for distributed cooperative task ...
In this paper, we present a real-time fault-tolerant design for a d-dimensional hypercube multiproce...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
Both adaptive unicast routing and efficient multicast communication have been shown to be important ...
This paper presents an optimal broadcast algorithm for the hypercube networks. The main focus of the...
The author presents a new design, called fault-tolerant hypercube (FTH), obtained by augmenting the ...
Abstract- In this paper, we propose an optimal fault tolerant broadcasting algorithm which requires ...
We consider several basic communication problems in a hypercube network of processors. These include...
In real-time computing applications, it is important to have parallel computing systems that not onl...
Multicast communication is a frequently invoked communication pattern in many parallel algorithms. A...
. We describe fault-tolerant routing of multicast messages in mesh-based wormhole-switched multicomp...
We consider the problem of adaptive fault diagnosis in hypercube multiprocessor systems. Processors ...
We examine the issue of running algorithms on a hypercube which has both node and edge faults, and w...
Abstract: In this study, we‘ve analyzed and implemented three different algorithms developed for fau...
In many multicomputer applications is it necessary for one node to send an identical message to many...
This paper presents a new message-passing algorithm, called Do-UM, for distributed cooperative task ...
In this paper, we present a real-time fault-tolerant design for a d-dimensional hypercube multiproce...
A new broadcasting method is presented for hypercubes with wormhole routing mechanism. The communica...
Both adaptive unicast routing and efficient multicast communication have been shown to be important ...