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Stability of a system plays an extremely important part, so it has to be investigated carefully. However, determining stability of a system is not an easy task to do, especially when the system is nonlinear. Lyapunov’s method is an effective approach in doing it. This method is adapted from energ...
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id-itb.:161352017-09-27T11:43:09Z#TITLE_ALTERNATIVE# IWAN GINTING (NIM : 10104095); Pembimbing : Dr. Janson Naiborhu, Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/16135 Stability of a system plays an extremely important part, so it has to be investigated carefully. However, determining stability of a system is not an easy task to do, especially when the system is nonlinear. Lyapunov’s method is an effective approach in doing it. This method is adapted from energy concepts. <br /> <br /> <br /> Lyapunov’s method can also be used to determine a region of attraction in which the system is stable, or in particular, asymptotically stable. Despite being an effective, this method still comes up short, especially in finding such a Lyapunov function that satisfies conditions to determine stability of a system. In this final project, some methods to construct Lyapunov function will be studied. Those methods are first integral, Krasovskii, variable gradient, and Zubov’s method. text |
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Stability of a system plays an extremely important part, so it has to be investigated carefully. However, determining stability of a system is not an easy task to do, especially when the system is nonlinear. Lyapunov’s method is an effective approach in doing it. This method is adapted from energy concepts. <br />
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Lyapunov’s method can also be used to determine a region of attraction in which the system is stable, or in particular, asymptotically stable. Despite being an effective, this method still comes up short, especially in finding such a Lyapunov function that satisfies conditions to determine stability of a system. In this final project, some methods to construct Lyapunov function will be studied. Those methods are first integral, Krasovskii, variable gradient, and Zubov’s method. |
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IWAN GINTING (NIM : 10104095); Pembimbing : Dr. Janson Naiborhu, |
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IWAN GINTING (NIM : 10104095); Pembimbing : Dr. Janson Naiborhu, #TITLE_ALTERNATIVE# |
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IWAN GINTING (NIM : 10104095); Pembimbing : Dr. Janson Naiborhu, |
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IWAN GINTING (NIM : 10104095); Pembimbing : Dr. Janson Naiborhu, |
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