[PDF] Top 20 Dynamical analysis of an SIRS network model with direct immunization and infective vector

... From simulations as above, we can find that the discrepancies between stochastic sim- ulations and theoretical predictions remain for the effect of a finite size network [] and stochastic factors. Disregarding ... See full document

... the vector, and discussed the global stability of equilibria of the ...equation SIRS model in which time delay rep- resents the incubation period of an infective vector to investigate ... See full document

... complex dynamical behaviors of a three-dimensional discrete SIRS epidemic model with standard incidence rate are ...complex dynamical behaviors, such as the invariant cycle, period-7 orbits ... See full document

... In this paper the LMTD and effectiveness- NTU method have been proposed for the design and analysis of a heat exchanger network. The result obtained from both the LMTD and effectiveness- NTU method gives ... See full document

... This paper presents a new method for the implementation of a direct rotor flux control (DRFOC) of induction motor (IM) drives. It is based on the rotor flux components regulation. In fact, the d and q axis flux ... See full document

... the model SIR concerning disease dynamics with and without demographics is described in ...SIR model intensity of the epidemic and conditions under which an epidemic builds up and fades out are studied in ... See full document

... This network provides a general solution to pattern classification problems by following an approach developed by Bayesian classifiers ...The network classifies input vector into a specific class ... See full document

... SIR model and its generalizations have been investigated with delay[11, 12, 13, 14, 15, 16] or without delay[17, 18, 19, ...epidemic model with time delays when the present force of infection depends on the ... See full document

... some proportion of immune reservoir population also acts as infective active carrier, and the constraint that the degree of infectivity reduces with the increase of immunity status in th[r] ... See full document

... In formulation of SVIR epidamic model, Here we uses four different variables here S represents the compart- ment of susceptible cells (i.e., the compartment of those individuals which are not infected an able to ... See full document

... Turbidostat model is one of the most important models in mathematical ...numerical analysis, De Leenheer and Smith [] also verified Flegr’s results by theoretical ...mathematical model of ... See full document

... Neural network modeling and neural network based model predictive control (NNMPC) are proposed and studied in this work for the modeling and control of a batch extractive distillation process, highly ... See full document

... the vector and confirmed the above-documented observations on native or- gans ...EHV-1 vector showed any sign of illness during the observation period, because an avirulent and genetically attenuated virus ... See full document

... DOI: 10.4236/jamp.2019.74064 951 Journal of Applied Mathematics and Physics In [23], a fixed delay was inspired by the life history of schistosomes, they investigated the impact of the delay on the invasion and ... See full document

... However, there are still some challenges in text classifi- cation, and the accuracy of classification needs to be im- proved. In order to achieve better classification effect, in this paper, a new text classification ... See full document

... BP neural network is selected as the weak classifier. Most of the topology of BP network is forward feed network with three layers: input layer, hidden layer and output layer. Every layer is fully ... See full document

... Safeguarding public safety competency and recognizing the impacts of engineering on the environment, economy and society competency seem not very important for the project managers in Malaysian construction companies and ... See full document

... The analysis of robust patterns of synchrony in general coupled cell systems – that is, dynamics in which sets of cells behave identically as a consequence of the network topology – has led to the fruitful ... See full document

... epidemic model plays a significant role in the spread and control of ...The SIRS model, in which the infective individual loses immunity and returns to the susceptive one, is one of its ... See full document

... phylogenetic analysis, it has been now recognised that more than one genotypes (or strains in general sense) are co- circulated in, say, measles [17, 18], chicken pox [19–24], rubella [25, 26], pertussis [27–30], ... See full document