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Trends in Ecology & Evolution, 2002
Abstract Why is reproduction so erratic in some plants? Mast seeding in plants is not just variable reproduction, but (in the extreme) is characterized by a bimodal distribution of population-level reproductive output among years, with huge seed production in some years, interspersed by almost zero reproduction in other years. Rees et al.
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Abstract Why is reproduction so erratic in some plants? Mast seeding in plants is not just variable reproduction, but (in the extreme) is characterized by a bimodal distribution of population-level reproductive output among years, with huge seed production in some years, interspersed by almost zero reproduction in other years. Rees et al.
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1992
New ideas concerning the peculiar phenomenon of quantum chaos are presented with special emphasis on a number of unsolved problems and current apparent contradictions.
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New ideas concerning the peculiar phenomenon of quantum chaos are presented with special emphasis on a number of unsolved problems and current apparent contradictions.
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International Meeting on Instabilities and Dynamics of Lasers and Nonlinear Optical Systems, 1985
Chaos is a typical form of dynamical behavior of classical nonlinear dynamical systems. In conservative Hamiltonian systems with f degrees of freedom chaos appears if the system is not intergrable and in some regions of phase space trajectories are not restricted to f-dimensional smooth manifolds.
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Chaos is a typical form of dynamical behavior of classical nonlinear dynamical systems. In conservative Hamiltonian systems with f degrees of freedom chaos appears if the system is not intergrable and in some regions of phase space trajectories are not restricted to f-dimensional smooth manifolds.
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Chaotic Systems Reconstruction
2010This chapter deals with the multiple model approach based chaotic systems reconstruction. The approach is based on the design of unknown inputs multiple observers using Linear Matrix Inequalities (\( \mathcal{L}\mathcal{M}\mathcal{I} \)) formulation. The objective is to estimate state variables of a multiple model subject to unknown inputs affecting ...
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Brain and other central nervous system tumor statistics, 2021
Ca-A Cancer Journal for Clinicians, 2021Kimberly D Miller +2 more
exaly
1981
Modern science owes its success to its ability to predict natural phenomena, thus allowing man a degree of control over his surroundings. The steady increase in man’s predictive power has enabled the building of a variety of machines which have transformed daily life.
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Modern science owes its success to its ability to predict natural phenomena, thus allowing man a degree of control over his surroundings. The steady increase in man’s predictive power has enabled the building of a variety of machines which have transformed daily life.
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2000
Abstract This chapter introduces chaotic behaviour by examining three systems — an electronic circuit, an iterated map model (the logistic map), and a set of differential equations (the Lorenz model) — and their behaviour in state space (phase space).
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Abstract This chapter introduces chaotic behaviour by examining three systems — an electronic circuit, an iterated map model (the logistic map), and a set of differential equations (the Lorenz model) — and their behaviour in state space (phase space).
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