activity
20152019
most citedLocating-Dominating Sets and Identifying Codes of a Graph Associated to a Finite Vector Space

4 citations · 4 across the 2 of their papers we have counts for

collaborators

6 papers

math.CO2019

Distinguishing Number of Non-Zero Component Graphs

I. Javaid, M. Murtaza, H. Benish

A non-zero component graph associated to a finite vector space is a graph whose vertices are non-zero vectors of and two vertices are adja…

math.CO2018

The Fractional Local Metric Dimension of Graphs

Hira Benish, Muhammad Murtaza, Imran Javaid

The fractional versions of graph theoretic-invariants multiply the range of applications in scheduling, assignment and operational research problems. In this paper, we introduce th…

math.CO2018

Automorphism related parameters of a graph associated to a finite vector space

Hira Benish, Imran Javaid, M. Murtaza

In this paper, we discuss automorphism related parameters of a graph associated to a finite vector space. The fixing neighborhood of a pair of vertices of a graph is th…

math.CO2017

Locating-Dominating Sets of Functigraphs

Muhammad Murtaza, Muhammad Fazil, Imran Javaid +1

A locating-dominating set of a graph is a dominating set of such that every vertex of outside the dominating set is uniquely identified by its neighborhood within the d…

math.CO20174 cited

Locating-Dominating Sets and Identifying Codes of a Graph Associated to a Finite Vector Space

Muhammad Murtaza, Imran Javaid, Muhammad Fazil

In this paper, we investigate the problem of covering the vertices of a graph associated to a finite vector space as introduced by Das \cite{Das}, such that we can uniquely identif…

math.CO2015

On The Fixed Number of Graphs

I. Javaid, M. Murtaza, M. Asif +1

An automorphism on a graph is a bijective mapping on the vertex set , which preserves the relation of adjacency between any two vertices of . An automorphism fixes…