Transcritical Bifurcation: SIS Epidemics

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Covers classical models of epidemic spreading and dynamics on networks with examples.

Explores the concept of limit cycles in biological systems and their significance in understanding system dynamics.

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Delves into stochastic analysis, contract theory, and epidemic models, exploring uncertainties and interventions in epidemiology.

Explores the dynamics and control of waterborne diseases, emphasizing fair water distribution and disease evolution.

Covers the application of continuous-time stochastic processes to the calculation of the error rate of a PAM signal.

Covers the concept of elliptic problems and their applications in various scenarios.

Explores transcritical bifurcation in dynamical systems, with a focus on SIS epidemics and their mathematical analysis.

Covers the basics of spin glasses and the mathematical equations used to model them.

Focuses on pen-and-paper exercises in computational analysis and problem-solving strategies.