most citedMinimum Fault-Tolerant, local and strong metric dimension of graphs

10 citations · 16 across the 6 of their papers we have counts for

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math.CO20162 cited

On Fixing number of Functigraphs

Muhammad Fazil, Imran Javaid, Muhammad Murtaza

The fixing number of a graph is the order of the smallest subset of its vertex set such that stabilizer of in , is trivial. Let and

math.CO2016

On the zero forcing number of corona and lexicographic product of graphs

I. Javaid, I. Irshad, M. Batool +1

The zero forcing number of a graph , denoted by , is the minimum cardinality of a set of black vertices (where vertices in are colored white) such th…

math.CO201410 cited

Minimum Fault-Tolerant, local and strong metric dimension of graphs

Muhammad Salman, Imran Javaid, Muhammad Anwar Chaudhry

In this paper, we consider three similar optimization problems: the fault-tolerant metric dimension problem, the local metric dimension problem and the strong metric dimension prob…

math.CO2014

Locating-Dominating sets in Hypergraphs

Muhammad Fazil, Imran Javaid, Muhammad Salman +1

A hypergraph is a generalization of a graph where edges can connect any number of vertices. In this paper, we extend the study of locating-dominating sets to hypergraphs. Along wit…

math.CO20141 cited

Weak total resolving sets in graphs

Imran Javaid, Muhammad Salman, Mahr Murtaza +2

A set of vertices of is said to be a weak total resolving set for if is a resolving set for as well as for each , there is at least one element in $W-\{…

math.CO20143 cited

Resolving Share and Topological Index

Muhammad Salman, Imran Javaid, Muhammad Anwar Chaudhry

An atom of a molecular graph uniquely determines (resolves) a pair of atoms of if the distance between and is different from the distance between…