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This paper proposes a real-coded Genetic Algorithm for finding optimal parameters' values of a driver's model. Driver's models are one of the important requirements in de-signing controllers for vehicle electrification technology. Latest driver's model that includes driver's response delay, driver's response time and the level of driver's skills has been proposed previously. This model contains several...
For driver assistance system design and model based vehicle development, what kind of concept and property are required for a driver model have been studied from published literatures. A driver model requires driving skill level parameters because human drivers have various skill levels. The skill level can be raised with proficiency and sometimes changes with environment change. A model framework...
A method to give a prospect of controller design for a vibration suppression control of driving force of a plug-in hybrid electric vehicle is proposed. This method is applicable to design a controller mathematically and systematically by applying a concept of a reduced order plant model and using a computer algebra system. Furthermore, based on this method, a new concept of vibration suppression control...
A new control system of the MVV(Mitsubishi Vertical Vortex) lean-burn engine has been developed. The system controls the air-fuel-ratio of the individual cylinder just within the lean limit by sensing rotational fluctuation of the engine so as to achieve lower NOx emissions and better fuel economy at low cost. The system is applied to 2.5 litter V6 engine, installed in the 1500kg-class production...
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