Titlebook: Device Applications of Nonlinear Dynamics; Salvatore Baglio,Adi Bulsara Book 2006 Springer-Verlag Berlin Heidelberg 2006 Applied Nonlinear

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The Springer Series on Human Exceptionalityelf-propelled individuals interacting via a pairwise attractive and repulsive potential. Depending on the interaction parameters, the agents may disperse, accumulate into self-organizing structures such as flocks and vortices, or collapse onto themselves. Borrowing tools from Statistical Mechanics,

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Psychotherapy with Children and Familiesture, negligible onboard power requirements and the intrinsic digital form of the readout signal are the main features of the proposed strategy. In this paper we aim to investigate main sources of uncertainty, including noise, and possible strategies to limit their effects on the devices; finally re

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Psychopharmacological Approachesy. A ferrofluidic sample in aqueous suspension acts as inertial mass. The devices are constituted by one excitation coils and one differential sensing coil wound around a glass pipe where the ferrofluid is contained. The bias magnetic force, induced by the coil, attracts the ferrofluid in its centre

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Hans-Helmut Kotz,Hans-Georg Welkenbachductance .. and weak link critical current .. with .. = ./2.) coupled to an finite quality factor . parallel resonator (tank circuit), the schematic of which is shown in Fig. 1. The non-linear dynamics of this system has been the subject of a great deal of interest both for the quantum and classical

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Hans-Helmut Kotz,Hans-Georg Welkenbachnoise. We demonstrate a phenomenon similar to stochastic resonance and suprathreshold stochastic resonance and show that information transmission can be enhanced by a non-zero multiplicative noise level. Given that sensory neurons in the nervous system have multiplicative as well as additive noise s

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Hans-Hermann Francke,Hans-Helmut Kotzd, inexpensive and specific identification of bacteria. The method combines the specificity and fast response of the bacteriophage (“phages”; viruses that specifically detect and kill bacteria) with the sensitivity of the nano-scale fluctuation-enhanced sensing.

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https://doi.org/10.1007/978-3-642-59692-6constant manner as is generally taken in simpler form of the theory of an ideal system. There are variations and an expansion of them in Fourier modes can always make some of them vulnerable (or useful if we have some control on it) for the present state of the system. A systematic study of parametr