We present a dynamical model for the spread of HIV in a finite discrete population of size n represented by the set V …’s sexual partners, and a reasonable amount of the influence of noninfectious HIV positive individuals on HIV infectious … certain network properties, is then used to analyse and investigate the existence of epidemic and stability in the HIV …

Network motifs are small connected sub-graphs occurring at significantly higher frequencies in a given graph compared …

” in the sense that different topological features deviate from random graphs. Here we narrow the definition of graph … complexity and argue that a complex graph contains many different subgraphs. We present different measures that quantify this … slightly different aspects of graph complexity. We consider heuristically defined “product measures”, the products of two …

) scattering diagram, (ii) spiral structure, (iii) graph theory and animal diagrams, and (iv) entropy and organization. In (i), the …

the spread of the disease in each discrete time step. This paper uses a graph theoretic approach to investigate TB …

emphasized the role of some geometrical properties of the graph on which the contact process lives, like the degree distribution … the emergence of the epidemics, but this role is not yet fully understood. As the contact process on a graph still cannot … approximation used in ecology. We give an analytical formulation on a graph of the site occupancy probability at equilibrium …

The HIV infection dynamics is discussed in detail with a 3-dimensional cellular automata model in this paper. The model … the HIV-infected patients in a clinic. We show that the 3D HIV model performs a better robustness on the model parameters …