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Robotic swarms could solve, without the need for a central controller, a wide range of difficult applications in real-world environments. First part of the paper is dedicated to the connection between robotic swarm and membrane computing. The second part of our research is the development of a biologically inspired BIS approach for enabling the distributed security of a robotic swarm. Thus we propose in AIS an algorithm based on negative selection for Pcol automaton. In this paper we define a mathematical model for security issues of robotic swarms combining bio-inspired computational models with evolutive systems. [ABSTRACT FROM AUTHOR]

In this paper a generalized kinetic model for the analysis of population dynamics is given. Starting from the classical kinetic model, we propose an integro-differential equation as suitable generalization of known models, aiming to include, as special cases, the most popular models for population dynamics such as the kinetic model for cells competition, the master equations model, the allergy-immune system competition (CD8T). [ABSTRACT FROM AUTHOR]

In this paper, we introduce and investigate two new subclasses of the function class ∑ of bi-univalent functions of complex order defined in the open unit disk, which are associated with q-hypergeometric functions, satisfying subordinate conditions. Furthermore, we find estimates on the coefficients ∣a2∣ and ∣a3∣ for functions in these new subclasses. Several consequences of the results are also mentioned. [ABSTRACT FROM AUTHOR]

In this paper we compare the trajectories of particles described by the Lorentz Law and the trajectories of geometric dynamics generated by the magnetic ow around an infinite rectilinear circuit. [ABSTRACT FROM AUTHOR]