Abstract
We study a Fibonacci-like variant of the well-known iterated nonlinear map
xn+1 = λxn(1-xn). This second-order map contains two parameters of which one corresponds to λ, whereas the other one, denoted by a, determines the relative influence of the two previous values. Fixing λ to 3.9999 and varying the parameter a from 0 to 1 give rise to some interesting behavior. We focus our attention to the corresponding pictures rather than any underlying theoretical issue.
xn+1 = λxn(1-xn). This second-order map contains two parameters of which one corresponds to λ, whereas the other one, denoted by a, determines the relative influence of the two previous values. Fixing λ to 3.9999 and varying the parameter a from 0 to 1 give rise to some interesting behavior. We focus our attention to the corresponding pictures rather than any underlying theoretical issue.
Original language | English |
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Place of Publication | Enschede |
Publisher | University of Twente |
Number of pages | 45 |
Publication status | Published - 1990 |
Publication series
Name | Memoranda informatica |
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Publisher | University of Twente |
No. | 90-10 |
ISSN (Print) | 0924-3755 |
Keywords
- Dynamical system
- Nonlinearity
- Chaos
- Order
- Second-order difference equation
- Bifurcation
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