Titlebook: Understanding Nonlinear Dynamics; Daniel Kaplan,Leon Glass Textbook 1995 Springer Science+Business Media New York 1995 Algebra.algorithms.

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Rodent

Finite-Difference Equations,ught in the net. She repeats this ritual for several years, following up on the work of previous graduate students. The resulting measurements might look like the graph shown in Figure 1.1. The graduate student notes the variability in her measurements and wants to find out if they contain any impor

極小

Self-Similarity and Fractal Geometry,ulting object will be similar to the limb and to the entire tree. If you cut a twig off this branch, it too will resemble the entire tree. The term . describes the geometry of objects in which a small part when expanded looks like the whole.

Phonophobia

GLADE

Two-Dimensional Differential Equations, time increased. We know that in the real world quantities can also oscillate up and down in a regular or irregular fashion. The one-dimensional differential equations in the previous chapter, which have a single variable and a first derivative, cannot produce oscillation. In this chapter we conside

大范圍流行

Time-Series Analysis,points, limit cycles, and chaos. The goal of applied dynamics is to relate these mathematical systems to physical or biological systems of interest. The approach we have taken so far is model building—we use our understanding of the physical system to write dynamical equations. For example, we used

shrill

混沌

多節(jié)

Canopy