Titlebook: Income Modeling and Balancing; A Rigorous Treatment Thomas K?mpke,Franz Josef Radermacher Book 2015 Springer International Publishing Switz

左右連貫

illustrate our approach using four well-known and nonidentical chaotic systems. The numerical results are consistent with the theory. Additionally, we compare our method with active control, a commonly used approach in this context, and find that optimal control leads to faster synchronization erro

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MELD

Thomas K?mpke,Franz Josef Radermacherre the dengue disease in each patch is represented with a SIR-SI epidemic model. In order to consider the seasonality feature of a dengue disease, a piecewise constant signal is introduced in order to switch the growth dynamics of mosquito population into two intervals called favorable and unfavorab

Desert

Thomas K?mpke,Franz Josef Radermacherre the dengue disease in each patch is represented with a SIR-SI epidemic model. In order to consider the seasonality feature of a dengue disease, a piecewise constant signal is introduced in order to switch the growth dynamics of mosquito population into two intervals called favorable and unfavorab

libertine

不能平靜

Thomas K?mpke,Franz Josef Radermachernsion. Interesting phenomena related to chaos have been investigated. In more detail, chaotic and regular orbits, such as periodic or semi-periodic, have been observed. Furthermore, the route to chaos through the mechanism of period doubling, coexisting attractors, and crisis phenomena have been obs

籠子

Interferons

Thomas K?mpke,Franz Josef Radermacherre the dengue disease in each patch is represented with a SIR-SI epidemic model. In order to consider the seasonality feature of a dengue disease, a piecewise constant signal is introduced in order to switch the growth dynamics of mosquito population into two intervals called favorable and unfavorab

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mediocrity