To better inform disease control programs we need empirical data to confirm the modeled yield, cost-effectiveness studies, transmission models and a better screening test.
Dynamic mathematical transmission models offer valuable tools for planning infectious disease strategies, particularly for taking potential indirect effects into account.
Dynamic transmission models are essential to design and evaluate control strategies for airborne infections.
In recent publications, some multi-strain Dengue fever transmission models have been discussed (see [37 40] and the references therein).
In traditional multipath transmission models, when source node S intends to transmit data, it establishes N braided paths.
We first derived the joint primary outage constraints due to the secondary transmission for the three transmission models.
We derived the joint primary outage constraints for three secondary transmission models, OWT-RA, TWT-DL, and TWT-RA, respectively.
Parasite transmission models can provide a scientific template for informing the optimal design of such monitoring programmes.
The model undergoes the usual phenomenon of backward bifurcation exhibited by similar vector-borne disease transmission models.
Using estimates of variables such as population size and the chance of dying from cholera, the researchers gauged how closely the mortality data hewed to different transmission models.
Fuel economy is rated at 21 mpg in city driving, 32 on the highway for automatic transmission models.
