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Adaptive front-lighting system with fuzzy logic control

机译:具有模糊逻辑控制的自适应前灯系统

摘要

An adaptive front-lighting system is provided for a vehicle, such as a passenger car, truck, or tractor trailer. A plurality of LED light sources on the vehicle have a projection pattern for exterior illumination to supplement a main beam from a main light source. A power supply drives the LED light sources according to a driving signal having a magnitude between a minimum driving signal and a maximum driving signal, wherein the LED light sources sequentially illuminate in response to the magnitude of the driving signal. A speed sensor characterizes an instantaneous vehicle speed. A turn sensor characterizes an instantaneous turning radius. A fuzzy controller generates the driving signal in response to the instantaneous vehicle speed and the instantaneous turning radius based on a fuzzy model. The fuzzy model is characterized by a plurality of empirically-derived fuzzy rules that define discontinuous values and by a plurality of modified consequents that produce a substantially continuous output.
机译:为诸如乘用车,卡车或牵引车拖车的车辆提供了自适应前灯系统。车辆上的多个LED光源具有用于外部照明的投影图案,以补充来自主光源的主光束。电源根据大小在最小驱动信号和最大驱动信号之间的驱动信号来驱动LED光源,其中,LED光源响应于该驱动信号的大小而顺序地点亮。速度传感器表征瞬时车辆速度。转向传感器表征瞬时转向半径。模糊控制器基于模糊模型响应于瞬时车速和瞬时转弯半径来产生驱动信号。模糊模型的特征在于,定义了不连续值的多个经验派生的模糊规则,以及产生了基本连续输出的多个修改后的结果。

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