Alternative sensor system and MLP neural network for vehicle pedal activity estimation

AM Wefky, F Espinosa, JA Jiménez, E Santiso… - Sensors, 2010 - mdpi.com
AM Wefky, F Espinosa, JA Jiménez, E Santiso, JM Rodríguez, AJ Fernández
Sensors, 2010mdpi.com
It is accepted that the activity of the vehicle pedals (ie, throttle, brake, clutch) reflects the
driver's behavior, which is at least partially related to the fuel consumption and vehicle
pollutant emissions. This paper presents a solution to estimate the driver activity regardless
of the type, model, and year of fabrication of the vehicle. The solution is based on an
alternative sensor system (regime engine, vehicle speed, frontal inclination and linear
acceleration) that reflects the activity of the pedals in an indirect way, to estimate that activity …
It is accepted that the activity of the vehicle pedals (i.e., throttle, brake, clutch) reflects the driver’s behavior, which is at least partially related to the fuel consumption and vehicle pollutant emissions. This paper presents a solution to estimate the driver activity regardless of the type, model, and year of fabrication of the vehicle. The solution is based on an alternative sensor system (regime engine, vehicle speed, frontal inclination and linear acceleration) that reflects the activity of the pedals in an indirect way, to estimate that activity by means of a multilayer perceptron neural network with a single hidden layer.
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