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API Access

Academician information: https://pustaka2.upsi.edu.my/iprofile/api.php?sid=K00502

Publication: https://pustaka2.upsi.edu.my/iprofile/api.php?sit=K00502





RESEARCHER ID

Scopus ID: 55328088300

Researcher ID: B-5210-2013

Google Scholar (URL): 9OjbQJkAAAAJ

Researchgate (URL): Nor_Samat





EXPERTISE

Applied Statistics



RESEARCH INTEREST

Bayesian disease mapping; Stochastic difference and differential equations; Relative risk



COLLABORATORS







i-Profile UPSI Experts
Perpustakaan Tuanku Bainun
Universiti Pendidikan Sultan Idris

Associate Professor Dr. Nor Azah binti Samot@Samat

Jabatan Matematik , Fakulti Sains dan Matematik
norazah@fsmt.upsi.edu.my
01548117415
13
15
15


Latest Indexed Publication Count in iProfile



Indexed Publication in iProfile

1
The Mathematical Modelling of Dengue Disease Contagion Affected by Wolbachia-Aedes Mosquitoes: A theoretical simulation
2020
Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

2
Development and Validation of Early Childhood Care and Education Pre-Service Lecturer Instrument
2020
Shazlyn Milleana Shaharudin, Noorazrin binti Abdul Rajak, Noor Wahida binti Md. Junus, Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

3
Mapping lung cancer disease in Libya using standardized morbidity ratio, BYM model and mixture model, 2006 to 2011: Bayesian epidemiological study
2019
Nor Azah binti Samot@Samat, Zulkifley bin Mohamed,
DOI Link Google Scholar Scopus

4
The mathematical modelling of the SIR-SI contagion model of dengue disease which considers the blood type O factor human compartment : A theoretical simulation
2019
Nor Azah binti Samot@Samat,
DOI Link Google Scholar

5
The Discrete Time Space SIR SI Age Structured Model for Leptospirosis
2018
Nor Azah binti Samot@Samat,
DOI Link Google Scholar

6
The SIR political fanaticism figure voters model for estimating number of votes in Indonesian presidential elections
2018
Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

7
Bladder cancer mapping in Libya based on standardized morbidity ratio and log-normal model
2017
Nor Azah binti Samot@Samat, Zulkifley bin Mohamed,
DOI Link Google Scholar Scopus

8
The dynamical analysis of two-political figures fever model
2017
Nor Azah binti Samot@Samat,
DOI Link Scopus

9
The SIR-SI model with age-structured human population for dengue disease mapping in Bandung, Indonesia
2017
Nor Azah binti Samot@Samat, Sazelli bin Ab Ghani,
DOI Link Google Scholar Scopus

10
Disease mapping for stomach cancer in Libya Based on Besag- York- Mollié (BYM) model
2017
Nor Azah binti Samot@Samat, Zulkifley bin Mohamed,
DOI Link Google Scholar Scopus

11
Relative risk estimation for dengue disease mapping in Malaysia based on Besag, York and Mollié model
2017
Nor Azah binti Samot@Samat,
Google Scholar Scopus

12
Risk estimation for lung cancer in Libya: Analysis based on standardized morbidity ratio, poisson-gamma model, BYM model and mixture model
2017
Zulkifley bin Mohamed, Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

13
Dengue disease mapping in Bandung, Indonesia: An analysis based on Poisson-gamma, log-normal, BYM and mixture models
2016
Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

14
Effect of (Social) Media on the Political Figure Fever Model: Jokowi-Fever Model
2016
Nor Azah binti Samot@Samat,
DOI Link Google Scholar

15
Relative risk estimation of Chikungunya disease in Malaysia: An analysis based on Poisson-gamma model
2015
Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus

16
Disease mapping based on stochastic SIR-SI model for Dengue and Chikungunya in Malaysia
2014
Nor Azah binti Samot@Samat,
DOI Link Google Scholar Scopus