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Models and Modelbased Control of IC-Engines- A Nonlinear Approach
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Abstract
Automatic controls are an essential part of every modern IC-engine. Usually these controllers are linear with scheduled gains and require a large amount of engine-testing to work satisfactorily in all operating conditions. Nonlinear and adaptive controllers - whose design is based on physical models of the engine - have the potential of improving the performance of the engine and to reduce the required testing time. This paper shows how nonlinear models and controllers fit into a general engine-control frame-work. The presented ideas are clarified by re-analyzing the well-known Air/Fuel-ratio control problem from a nonlinear point of view.
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Guzzella, L., "Models and Modelbased Control of IC-Engines- A Nonlinear Approach," SAE Technical Paper 950844, 1995, https://doi.org/10.4271/950844.Also In
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