Mob Control: Models of Threshold Collective Behavior

1. Introduction
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

2. Models of Threshold Collective Behavior
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

3. Micro- and Macromodels
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

4. Deterministic Models of Mob Control
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

5. Stochastic Models of Mob Control
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

6. Game-Theoretic Models of Mob Control
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

7. Dynamic Models of Mob Control in Discrete Time
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

8. Dynamic Models of Mob Control in Continuous Time
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

9. Micromodels of Informational Confrontation
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

10. Macromodels of Informational Confrontation
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

11. Models of Mob Self-excitation
Vladimir V. Breer, Dmitry A. Novikov, Andrey D. Rogatkin

Keywords: Engineering, Computational Intelligence, Computational Social Sciences, Artificial Intelligence (incl. Robotics), Control, Complex Systems, Computer Appl. in Social and Behavioral Sciences