AUW Institutional Repository: Recent submissions
Now showing items 1-20 of 2451
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Assessing the Trade-Off between Voluntary and Forced Interventions to Control the Emergence of Recurring Pandemics—An Evolutionary Game-Theoretic Modeling
(Scientific Research, 2025-03-26)In this study, we aim to examine the dynamics of diseases by employing both voluntary and forced control strategies backed by evolutionary game theory (EGT). The impact of quarantine is investigated through our suggested ... -
Mathematical Analysis of a Resource-Based Dispersal Model With Gompertz Growth and Optimal Harvesting
(WILEY, 2025)Gompertz dynamics offer significant applications for the growth of invasive species, cancer modeling, optimal harvesting policies, sustainable yield, and maintaining population levels due to its pattern formation in ... -
Solutions of Nonlinear Parabolic PDEs: A Novel Technique Based on Galerkin-Finite Difference Residual Corrections
(WILEY, 2025-10-25)Numerical solutions for second-order parabolic partial differential equations (PDEs), specifically the nonlinear heat equation, are investigated with a focus on analyzing residual corrections. Initially, the Galerkin ... -
Effectiveness of bed nets and media awareness in dengue control: A fuzzy analysis
(ELESEVIER, 2025-09)The incorporation of fuzzy analysis in the mathematical modeling of disease outbreaks has brought a paradigm shift in epidemiological research, offering a sophisticated approach to understanding and addressing the ... -
Galerkin-compact finite difference residual corrections for nonlinear second order wave equations
(Springer, 2025-08-07)In this study, numerical solutions for second-order nonlinear wave equations were obtained, and then were subsequently refined the numerical solution using residual corrections. The proposed method uniquely combines the ... -
Bifurcation analysis of an influenza A (H1N1) model with treatment and vaccination
(PLOS ONE, 2025-01-06)This research uses numerical simulations and mathematical theories to simulate and ana- lyze the spread of the influenza virus. The existence, uniqueness, positivity, and bounded- ness of the solution are established. ... -
Forest beetle infestation and its impact on ecosystems: Effects of harvesting practices and fire disruptions
(AIMS, 2025-04-27)Trees play a vital role in the climate by producing oxygen, supporting ecosystems, and benefiting communities and the environment. They are essential for maintaining ecological balance and overall ecosystem health. ... -
Vaccination and combined optimal control measures for malaria prevention and spread mitigation
(AIMS, 2025-06-27)Malaria is a life-threatening mosquito-borne infectious disease prevalent in tropical regions, primarily transmitted to humans by the bites of infected Anopheles mosquitoes. This study presents a mathematical model ... -
Edsh effects on RMO: development of a fuzzy cognitive map for anticipating the risk of malaria outbreak
(Springer, 2025-10-19)A Fuzzy Cognitive Map (FCM) is a soft computing method used to analyze and understand complex systems. This is particularly useful when there is a little information known about the system or no historical data is available ... -
Modeling influenza transmission and control: epidemic theory insights across Mexico, Italy, and South Africa
(Springer, 2025-08-30)A mathematical analysis of influenza virus transmission is undertaken, combining rigorous theoretical development with numerical simulations informed by real-world data. The terms in the equations introduce parameters ... -
State-by-state influenza outbreaks and oversee: A Markov chain study of California and North Carolina, USA
(PLOS Global Public Health, 2025-09-18)Influenza, a significant public health concern, spreads rapidly and causes seasonal epi- demics and pandemics. Mathematical models are essential tools for devising effec- tive strategies to combat this pandemic. Various ... -
Stochastic analysis of Mpox epidemiology with vaccination strategies and environmental persistence
(Scientific Reports, 2025-12-23)In the context of global preparedness and response strategies for Mpox outbreaks, we develop a comprehensive mathematical model to investigate its transmission dynamics, integrating critical factors such as vaccination ... -
Stochastic Control of Influenza Spread: A Lévy-Driven SDE and Branching Process Approach
(Elsevier, 2026-01-13)Background Forecasting influenza outbreaks remains a significant challenge due to the complexity of dis ease transmission and the influence of environmental and behavioral factors. Traditional models based solely on the ... -
CIVIL WORKS BID-FINAL
(Asian University for Women, 2026) -
TECHNICAL SPECIFICATION
(Asian University for Women, 2026) -
PRE-BID MEETING DOCUMENTS
(Asian University for Women, 2026) -
LETTERS TO BIDDERS 01-27-07-10
(Asian University for Women, 2026) -
Geotechnical Investigation Report October 2009
(Asian University for Women, 2026) -
DRAWING SET
(Asian University for Women, 2026) -
TECHNICAL SPECIFICATION.pdf
(Asian University for Women, 2026)




















