AbstractIn this paper we attempt to maximize the order of graphs of given degree Δ and diameter D. These graphs, which are known as (Δ, D) graphs, are used as dense interconnection networks, i.e., processors with relatively few links are connected with relatively short paths. The method described in this paper uses periodic connections between two cycles of the same length. The results obtained give a significant improvement of the known lower bounds in many cases. Large bipartite graphs with a given degree and diameter were also obtained by our method. Again, the improvement of the lower bounds is significant
The interconnection network is a critical component in massively parallel architectures and in large...
AbstractA heuristic algorithm for the (Δ, D) graph problem is outlined, and new maximal graphs disco...
AbstractThe problem of determining the largest order nd,k of a graph of maximum degree at most d and...
AbstractIn this paper we attempt to maximize the order of graphs of given degree Δ and diameter D. T...
AbstractThe following problem arises in the study of interconnection networks: find graphs of given ...
Research Doctorate - Doctor of Philosophy (PhD)This thesis investigates and provides several answers...
AbstractThis paper deals with some new constructions of large (Δ, D) graphs, i.e., graphs with maxim...
AbstractIn bus interconnection networks every bus provides a communication medium between a set of p...
AbstractThis article deals with combinatorial problems motivated by the design of large interconnect...
AbstractSignificant improvements have recently been made to many of the lower bounds for the largest...
Research Doctorate - Doctor of Philosophy (PhD)Interconnection networks form an important research a...
In this paper, we first coin a new graph theoretic problem called the diameter cycle problem with nu...
Concern about fault tolerance in the design of interconnection networks has aroused interest in find...
AbstractWe propose a class of graphs GD∗(n1,n2,…,nD+1), containing of a chain of D+1 cliques Kn1,Kn2...
International audienceThis article deals with the problem of minimizing the transmission delay in Il...
The interconnection network is a critical component in massively parallel architectures and in large...
AbstractA heuristic algorithm for the (Δ, D) graph problem is outlined, and new maximal graphs disco...
AbstractThe problem of determining the largest order nd,k of a graph of maximum degree at most d and...
AbstractIn this paper we attempt to maximize the order of graphs of given degree Δ and diameter D. T...
AbstractThe following problem arises in the study of interconnection networks: find graphs of given ...
Research Doctorate - Doctor of Philosophy (PhD)This thesis investigates and provides several answers...
AbstractThis paper deals with some new constructions of large (Δ, D) graphs, i.e., graphs with maxim...
AbstractIn bus interconnection networks every bus provides a communication medium between a set of p...
AbstractThis article deals with combinatorial problems motivated by the design of large interconnect...
AbstractSignificant improvements have recently been made to many of the lower bounds for the largest...
Research Doctorate - Doctor of Philosophy (PhD)Interconnection networks form an important research a...
In this paper, we first coin a new graph theoretic problem called the diameter cycle problem with nu...
Concern about fault tolerance in the design of interconnection networks has aroused interest in find...
AbstractWe propose a class of graphs GD∗(n1,n2,…,nD+1), containing of a chain of D+1 cliques Kn1,Kn2...
International audienceThis article deals with the problem of minimizing the transmission delay in Il...
The interconnection network is a critical component in massively parallel architectures and in large...
AbstractA heuristic algorithm for the (Δ, D) graph problem is outlined, and new maximal graphs disco...
AbstractThe problem of determining the largest order nd,k of a graph of maximum degree at most d and...