Chordal rings are attractive network interconnection due to their short diameters especially when the degree was increased. Chordal rings were related to find the shortest path in a ring structured. This paper presents an analysis of modified degree six chordal rings (CHRm6) and chordal rings degree six (CR6) or commonly known as traditional chordal rings degree six (CR6). This analysis includes the structures, tree visualization, paths, formulations and geometrical representation. The comparison of diameters was made between theoretical and ideal graphs for these two methods. We tested and compared for a large number of nodes. CHRm6 gives shortest diameters for even and odd source node
The design of the interconnection network is one of the main research issues in distributed computin...
The design of the interconnection network is one of the main research issues in distributed computin...
The chordal ring networks have been the objects of a great deal of attention in recent years, and s...
The performance of a parallel or distributed network depends on the design of its interconnection to...
The performance parameters and properties of chordal rings have been researched extensively as model...
The performance of a parallel or distributed network depends on the design of its interconnection to...
Chordal rings are circulant graphs and have deserved significant attention in the last decade. Chord...
The interconnection topology of a parallel or distributed network is pivotal in ensuring good system...
The interconnection topology of a parallel or distributed network is pivotal in ensuring good system...
Chordal rings are circulant graphs and have deserved significant attention in the last decade. Chord...
In this paper an analysis of modified degree 4 Chordal Rings with two chord lengths named CHRm is pr...
This paper presents an analysis of modified chordal rings third degree (CR3m) and modified double ...
This paper presents an analysis of degree 5 chordal rings, from a networktopology point of view. The...
Problem statement: Modified Chordal Rings Degree Four, called CHRm4 is the first modified structure ...
[[abstract]]Degree-four chordal rings demonstrate many attractive properties, such as node symmetry,...
The design of the interconnection network is one of the main research issues in distributed computin...
The design of the interconnection network is one of the main research issues in distributed computin...
The chordal ring networks have been the objects of a great deal of attention in recent years, and s...
The performance of a parallel or distributed network depends on the design of its interconnection to...
The performance parameters and properties of chordal rings have been researched extensively as model...
The performance of a parallel or distributed network depends on the design of its interconnection to...
Chordal rings are circulant graphs and have deserved significant attention in the last decade. Chord...
The interconnection topology of a parallel or distributed network is pivotal in ensuring good system...
The interconnection topology of a parallel or distributed network is pivotal in ensuring good system...
Chordal rings are circulant graphs and have deserved significant attention in the last decade. Chord...
In this paper an analysis of modified degree 4 Chordal Rings with two chord lengths named CHRm is pr...
This paper presents an analysis of modified chordal rings third degree (CR3m) and modified double ...
This paper presents an analysis of degree 5 chordal rings, from a networktopology point of view. The...
Problem statement: Modified Chordal Rings Degree Four, called CHRm4 is the first modified structure ...
[[abstract]]Degree-four chordal rings demonstrate many attractive properties, such as node symmetry,...
The design of the interconnection network is one of the main research issues in distributed computin...
The design of the interconnection network is one of the main research issues in distributed computin...
The chordal ring networks have been the objects of a great deal of attention in recent years, and s...