Modeling Infection Transmission

Leveraging H1N1 infection transmission modeling with proximity sensor microdata

BACKGROUND The contact networks between individuals can have a profound impact on the evolution of an infectious outbreak within a network. The impact of the interaction between contact network and disease dynamics on infection spread has been investigated using both synthetic and empirically gathered micro-contact data, establishing the utility of micro-contact data for epidemiological insight...

Intrauterine Vertical Transmission of SARS COV2 Infection in Iranian Neonates

Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-COV-2) is responsible for COVID-19 disease that is transmitted from human to human via respiratory droplets and contact routes. There is no clear accurate evidence about intrauterine transmission of COVID-19 infection among newborns. Case present :The present report aims at provid ing accurate and clear information about a one-day singleton...

Modeling and Sensitivity Analysis of Full Toroidal Continuously Variable Transmission

Quadrature Amplitude Modulated Digital Radio Transmission Modeling and Simulation

Computer aided design and computer aided modeling tools are becoming increasingly important in the design and performance evaluation of communication systems. In this work, we report on the computer simulation modeling study of terrestrial digital microwave radio transmission, using Block Oriented System Simulator package (BOSS). The work concentrates on semi-analytical error rate evaluation in...

Infection transmission science and models.

Infection transmission systems circulate infection through complex contact patterns related to both contact patterns and patterns of factors that affect the risk of transmission given contact. The nonlinear dynamics of infection transmission cause these patterns to make big differences in population infection levels. A science of infection transmission system analysis is needed to focus on thos...