Circuit configuration for controlling a running-gear or drive system in a motor vehicle
AssigneeSiemens Aktiengesellschaft
InventorsFriedrich Graf, Werner Hauptmann
Life of this patent
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AssigneeSiemens Aktiengesellschaft
InventorsFriedrich Graf, Werner Hauptmann
Estimating the term…
Motor vehicle sensor signals are evaluated by a fuzzy system, which generates control signals for a system device of the motor vehicle—for example an automatic transmission, active suspension, speed stabilization, power-steering assistance, or traction control. The fuzzy system is connected to a neural network, which evaluates the sensor signals and reference data from a recording of driving data of the motor vehicle. The neural network optimizes the rule base of the fuzzy system. During a driving operation, the fuzzy system generates on-line signals categorizing the respective driving situation, and thus makes possible intelligent, time-adaptive, driving-situation-dependent control. The fuzzy system and the neural network each contain a classification system which can be reciprocally converted by a correspondence-maintaining bidirectional transformation.
A circuit configuration for controlling a system device in a motor vehicle, comprising:
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