Adnan Amin

Dr. Adnan Amin

Institute of Management Sciences Peshawar Pakistan, Peshawar, Khyber Pakhtunkhwa, Pakistan
orcid

Research Focus & Metrics

Academic Career Length

13Years (2014-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
26 October 2016 in IEEE Access
Verified
Journal Article
Open access
AAAdnan Amin
Adnan Amin
SASajid Anwar
Sajid Anwar
AAAwais Adnan
Awais Adnan
MNMuhammad Nawaz
Muhammad Nawaz
NHNewton Howard
Newton Howard
AHAmir Hussain
Amir Hussain
Customer retention is a major issue for various service-based organizations particularly telecom industry, wherein predictive models for observing the behavior of customers are one of the great instruments in customer retention process and inferring the future behavior of the customers. However, the performances of predictive models are greatly affected when the real-world data set is highly imbalanced. A data set is called imbalanced if the samples size from one class is very much smaller or larger than the other classes. The most commonly used technique is over/under sampling for handling the class-imbalance problem (CIP) in various domains. In this paper, we survey six well-known sampling techniques and compare the performances of these key techniques, i.e., mega-trend diffusion function (MTDF), synthetic minority oversampling technique, adaptive synthetic sampling approach, couples top-N reverse k-nearest neighbor, majority weighted minority oversampling technique, and immune centroids oversampling technique. Moreover, this paper also reveals the evaluation of four rules-generation algorithms (the learning from example module, version 2 (LEM2), covering, exhaustive, and genetic algorithms) using publicly available data sets. The empirical results demonstrate that the overall predictive performance of MTDF and rules-generation based on genetic algorithms performed the best as compared with the rest of the evaluated oversampling methods and rule-generation algorithms.

1 January 2019 in Journal of Business Research
Verified
Journal Article
Closed access
AAAdnan Amin
Adnan Amin
FAFeras Al-Obeidat
Feras Al-Obeidat
BSBabar Shah
Babar Shah
AAAwais Adnan
Awais Adnan
Jonathan LooJonathan Loo
Jonathan Loo
SASajid Anwar
Sajid Anwar

21 February 2023 in Applied Soft Computing
Verified
Journal Article
Closed access
AAAdnan Amin
Adnan Amin
AAAwais Adnan
Awais Adnan
SASajid Anwar
Sajid Anwar

13 October 2017 in The Journal of Supercomputing
Verified
Journal Article
Closed access
PDF file
AAAdnan Amin
Adnan Amin
FAFeras Al-Obeidat
Feras Al-Obeidat
BSBabar Shah
Babar Shah
MTMay Al Tae
May Al Tae
CKChangez Khan
Changez Khan
SASajid Anwar
Sajid Anwar

1 January 2015
Verified
Book Chapter
Closed access
PDF file
AAAdnan Amin
Adnan Amin
SSSaeed Shehzad
Saeed Shehzad
CKChangez Khan
Changez Khan
IAImtiaz Ali
Imtiaz Ali
SASajid Anwar
Sajid Anwar

25 January 2021 in IEEE Access
Verified
Journal Article
Open access
HGHaji Gul
Haji Gul
AAAdnan Amin
Adnan Amin
AAAwais Adnan
Awais Adnan
Kaizhu HuangKaizhu Huang
Kaizhu Huang
Link mining is an important task in the field of data mining and has numerous applications in informal community. Suppose a real-world complex network, the responsibility of this function is to anticipate those links which are not occurred yet in the given real-world network. Holding the significance of LP, the link mining or expectation job has gotten generous consideration from scientists in differing exercise. In this manner, countless strategies for taking care of this issue have been proposed in the late decades. Various articles of link prediction are accessible, however, these are antiquated as multiples new methodologies introduced. In this paper, give a precise assessment of prevail link mining approaches. The investigation is through, it consists the soonest scoring-based approaches and reaches out to the latest strategies which confide on different link prediction strategies. We additionally order link prediction strategies because of their specialized methodology and discussion about the quality and weaknesses of various techniques. Additionally, we compared and expounded various top link prediction techniques. The experimental results of these techniques, over twelve data-sets are ordered here based on performance, RA, 0.7411 > AA, 0.7285 > PA, 0.7202 > Katz, 0.7141 > CN, 0.6951 > HP, 0.6924 > LHN, 0.6017 > PD, 0.3978.