Add to ORKG2D-mesh and torus networks have often been proposed as the interconnection pattern for parallel computers. In addition, wormhole routing has increasingly been advocated as a method of reducing latency. Most analysis of wormhole routed networks, however, has focused on the torus and the broader class of k-ary n-cubes to which it belongs. This paper presents a performance model for the wormhole routed mesh, and it compares the performance of the mesh and torus based on theoretical and empirical analyses
An efficient interconnection network that provides high bandwidth and low latency interprocessor com...
In this paper, we examine the wormhole routing problem in terms of the “congestion” c and “dilation”...
The two-dimensional mesh topology has been widely used in many multicomputer systems, such as the AM...
2D-mesh and torus networks have often been proposed as the interconnection pattern for parallel comp...
2D-mesh and torus networks have often been proposed as the interconnection pattern for parallel comp...
A performance model for wormhole routed interconnection networks is presented and applied to the but...
Perhaps the most critical component in determining the ultimate performance potential of a multicomp...
The growing demand for high processing power in various scientific and engineering applications has ...
Several models of deterministic routing have been proposed for wormhole-routed mesh networks while t...
Wormhole routing and deflection routing are two of the most promising techniques used for routing me...
We present a new analytical approach for the performance evaluation of asynchronous wormhole routing...
This paper presents an analytical evaluation of the performance of adaptive wormhole routing in a tw...
Several analytical models of fully adaptive routing have recently been proposed for k-ary n-cubes an...
Communication with uniformly distributed destinations, with locality and with hot-spots are simulat...
The star graph was introduced as an attractive alternative to the well-known hypercube and its prope...
An efficient interconnection network that provides high bandwidth and low latency interprocessor com...
In this paper, we examine the wormhole routing problem in terms of the “congestion” c and “dilation”...
The two-dimensional mesh topology has been widely used in many multicomputer systems, such as the AM...
2D-mesh and torus networks have often been proposed as the interconnection pattern for parallel comp...
2D-mesh and torus networks have often been proposed as the interconnection pattern for parallel comp...
A performance model for wormhole routed interconnection networks is presented and applied to the but...
Perhaps the most critical component in determining the ultimate performance potential of a multicomp...
The growing demand for high processing power in various scientific and engineering applications has ...
Several models of deterministic routing have been proposed for wormhole-routed mesh networks while t...
Wormhole routing and deflection routing are two of the most promising techniques used for routing me...
We present a new analytical approach for the performance evaluation of asynchronous wormhole routing...
This paper presents an analytical evaluation of the performance of adaptive wormhole routing in a tw...
Several analytical models of fully adaptive routing have recently been proposed for k-ary n-cubes an...
Communication with uniformly distributed destinations, with locality and with hot-spots are simulat...
The star graph was introduced as an attractive alternative to the well-known hypercube and its prope...
An efficient interconnection network that provides high bandwidth and low latency interprocessor com...
In this paper, we examine the wormhole routing problem in terms of the “congestion” c and “dilation”...
The two-dimensional mesh topology has been widely used in many multicomputer systems, such as the AM...