Communication speed in a parallel and distributed system is related to the diameter of its underlying graph. The diameter of a graph can be affected by the addition or deletion of edges. In this paper we study how the diameter variability problem arises from change of edges of an m × n diagonal mesh, where m and n are not both even integers. We show that the least number of edges whose deletion from anm×n diagonal mesh will increase the diameter is no more than 2, and that the least number of edges whose addition to an m × n diagonal mesh causes the diameter to decrease is no more than dm/2en
International audienceComputing the Dynamic Diameter of Non-Deterministic Dynamic Networks is Har
We revisit the hardness of approximating the diameter of a network. In the CONGEST model, $ \tilde \...
We consider how a set of collaborating agents can distributedly infer some of the properties of the ...
It has become fashionable to argue against research on new interconnection networks by claiming that...
On a mesh-connected computer, moving data across the mesh is the most time-consuming operation in ma...
The diameter of a network in the presence of faulty nodes is an important indicator of its resilienc...
WOS: 000451344700005The diameter of a graph gives the length of the longest path among all the short...
AbstractA diameter critical graph has the property that the addition of any edge decreases the diame...
AbstractA routing R in a graph G is a set of paths {Rxy : x, y ϵ V(G)} where, for each ordered pair ...
International audienceRandom graphs have been widely investigated in literature because of their rel...
The degree diameter problem explores the biggest graph (in terms of number of nodes) subject to some...
AbstractFault tolerance concern in the design of interconnection networks has arisen interest in the...
The so-called ‘small-world phenomenon’, observed in many real-world networks, is that there is a sho...
The study of the graph diameter of polytopes is a classical open problem in polyhedral geometry and ...
10.1145/2935764.2935781Annual ACM Symposium on Parallelism in Algorithms and Architectures11-13-July...
International audienceComputing the Dynamic Diameter of Non-Deterministic Dynamic Networks is Har
We revisit the hardness of approximating the diameter of a network. In the CONGEST model, $ \tilde \...
We consider how a set of collaborating agents can distributedly infer some of the properties of the ...
It has become fashionable to argue against research on new interconnection networks by claiming that...
On a mesh-connected computer, moving data across the mesh is the most time-consuming operation in ma...
The diameter of a network in the presence of faulty nodes is an important indicator of its resilienc...
WOS: 000451344700005The diameter of a graph gives the length of the longest path among all the short...
AbstractA diameter critical graph has the property that the addition of any edge decreases the diame...
AbstractA routing R in a graph G is a set of paths {Rxy : x, y ϵ V(G)} where, for each ordered pair ...
International audienceRandom graphs have been widely investigated in literature because of their rel...
The degree diameter problem explores the biggest graph (in terms of number of nodes) subject to some...
AbstractFault tolerance concern in the design of interconnection networks has arisen interest in the...
The so-called ‘small-world phenomenon’, observed in many real-world networks, is that there is a sho...
The study of the graph diameter of polytopes is a classical open problem in polyhedral geometry and ...
10.1145/2935764.2935781Annual ACM Symposium on Parallelism in Algorithms and Architectures11-13-July...
International audienceComputing the Dynamic Diameter of Non-Deterministic Dynamic Networks is Har
We revisit the hardness of approximating the diameter of a network. In the CONGEST model, $ \tilde \...
We consider how a set of collaborating agents can distributedly infer some of the properties of the ...