2018
DOI: 10.1002/asjc.1957
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Survey on Passivity Based Control of Induction Machine

Abstract: Induction machines (IM) constitute a theoretically interesting and practically important class of nonlinear systems. They are frequently used as wind generators for their power/cost ratio. They are described by a fifth-order nonlinear differential equation with two inputs and only three state variables available for measurement. The control task is further complicated by the fact that IM are subject to unknown (load) disturbances and the parameters can be of great uncertainty. One is then faced with the challe… Show more

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“…The concept of energy shaping control was firstly proposed by Takegaki and Arimoto [1], where the potential energy was reshaped to control manipulators. Then the concept was developed under Hamiltonian scheme, where the passivity-based control [2] (PBC) was proposed to formulate the methodology. Under Lagrangian scheme, Bloch et al [3] firstly stabilized a certain class of underactuated mechanical system by CL approach.…”
Section: Introductionmentioning
confidence: 99%
“…The concept of energy shaping control was firstly proposed by Takegaki and Arimoto [1], where the potential energy was reshaped to control manipulators. Then the concept was developed under Hamiltonian scheme, where the passivity-based control [2] (PBC) was proposed to formulate the methodology. Under Lagrangian scheme, Bloch et al [3] firstly stabilized a certain class of underactuated mechanical system by CL approach.…”
Section: Introductionmentioning
confidence: 99%