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Strategies of linear feedback control and its classification
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Journal Article
Strategies of linear feedback control and its classification
2019
Overview
[...]numerical simulations are given to illustrate and verify the results. [...]a suitable controller is designed to transform the chaotic/hyperchaotic systems into stable systems and achieve the required disturbance attenuation performance. According to Theorem1, four case, the system (6) with control [0,0,0,-ð???ð??¥4]ð??? can't be suppress since ð???1∩ð???2=Ø. For the ordinary feedback control, the three controls with positive feedback coefficient ð??? obtained, their characteristic equations and corresponding of index of Routh-Hurwitz theorem, are listed in Table 1. According to Theorem1, third case, then system (6) can be suppress after add the term -ð???ð???ð??? to first equation, since ð???1∩ð???2=(9.6485,10)≠Ø. While, only one positive feedback coefficient ð???1<10 is obtain in the second control.
Publisher
Ahmad Dahlan University
