Design and Research of Occupant Type Feature Recognition Based on BP Neural Network

Haonan Dong, Zhifeng Zhou, Peng Xiao
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Abstract

Accurate detection of vehicle occupant classification is one of the prerequisites for the realization of intelligent airbag system. In order to reduce the damage caused to the passenger by accidental airbag in the collision accident, this paper uses the characteristics of the passenger's body pressure distribution on the seat to identify different occupant types. The traditional high-density array pressure sensors can better detect the pressure distribution characteristics of different occupant types on the seat, but the method is costly and is not suitable for commercial applications. In this paper, based on the theory of pressure sensitive points, the flexible array pressure sensors based on pressure sensitive points are used in this hardware and the occupant identification algorithm based on BP neural network is established. The occupant identification algorithm is composed of occupant type recognition algorithm and occupant sitting recognition algorithm. Real-time detection of changes in occupants type and sitting postures is achieved.
基于BP神经网络的乘员类型特征识别设计与研究
准确检测车辆乘员分类是实现智能安全气囊系统的前提之一。为了减少碰撞事故中意外安全气囊对乘客造成的伤害,本文利用乘客在座椅上的身体压力分布特征来识别不同的乘员类型。传统的高密度阵列压力传感器可以更好地检测座椅上不同乘员类型的压力分布特性,但该方法成本高,不适合商业应用。本文基于压力敏感点理论,将基于压力敏感点的柔性阵列压力传感器应用于该硬件中,并建立了基于BP神经网络的乘员识别算法。所述乘员识别算法由乘员类型识别算法和乘员坐姿识别算法组成。实时检测乘客类型和坐姿的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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