ADVANCED COMPUTATIONAL FRAMEWORKS FOR THE CONTROL, ELIMINATION, AND ERADICATION OF INFECTIOUS DISEASES: A MULTI-DISCIPLINARY APPROACH

Dr Saloni Jain; Rajkumari Nikita Devi; Anandhan Maithreyee; Huda Harman

Authors

Dr Saloni Jain Assistant Teacher, Samarkand state medical university, Uzbekistan
Rajkumari Nikita Devi Medical Student, Samarkand State Medical University, Uzbekistan
Anandhan Maithreyee Medical Student, Samarkand State Medical University, Uzbekistan
Huda Harman Medical Student, Samarkand State Medical University, Uzbekistan

Keywords:

Systematic Management, Infectious Disease Eradication, Public Health , Outbreak of Disease

Abstract

The systematic management of infectious diseases spans a complex continuum ranging from initial outbreak control to regional elimination and, ultimately, global eradication. Navigating these distinct phases requires sophisticated decision-making tools that can dynamically balance epidemiological necessities with severe socioeconomic constraints. While traditional epidemiological models have provided foundational insights into pathogen transmission, they frequently struggle to incorporate the stochastic nature of human behavior, economic vulnerabilities, and real-world resource limitations.

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