MATHEMATICAL ANALYSIS OF TRANSMISSION DYNAMICS OF ACUTE BEE PARALYSIS VIRUS WITHIN A HIVE

In this paper, a mechanistic model of Acute Bee Paralysis Virus (ABPV) transmission is designed and analyzed.The qualitative behavior click here of honeybee-pathogen and honeybee-pathogen-mite interactions sub-models revealed the existence of backward bifurcation.It is shown that whenever the survivability of a newly hatched egg is guaranteed, both

Artificial neural networks are computing systems that simulate the biological neural systems of human brain.ANNs are structures deliberately designed to mimic and utilize the organizational principles observed in the human brain.Although three dimensional nonlinear dynamic analyses of RC buildings provide valuable information about their behavior,