Drive Safe Inspector: A Wearable-Based Fine-Grained Technique for Driver Hand Position Detection

Huangxun Chen, Zhice Yang, Chenyu Huang, Qian Zhang
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引用次数: 2

Abstract

This paper presents DriveSafe Inspector, a fine-grained driver hand position monitoring system, which continuously detects a driver's hand position on the steering wheel. The steering wheel is divided into twelve 30° sectors like a clock. Our system can be applied on off-the-shelf hardware and works without extra modification to vehicles. In our system, sensor readings from both a wearable and its paired smartphone are fused to infer hand posture and turning angle between static holding states. With both static holding and dynamic turning information, our system achieves fine-grained hand position prediction in the presence of diverse road conditions and inter-individual differences. The on-road evaluation shows that our system can achieve an average 91.59% hand position detection accuracy with only static information, and can be further improved to 94.63% accuracy combined with dynamic turning information.
驾驶安全检测器:一种基于可穿戴的细粒度驾驶员手部位置检测技术
本文介绍了DriveSafe Inspector,这是一个细粒度的驾驶员手部位置监测系统,它可以连续检测驾驶员在方向盘上的手部位置。方向盘像时钟一样分为12个30°扇区。我们的系统可以应用在现成的硬件上,无需对车辆进行额外的修改。在我们的系统中,来自可穿戴设备和与其配对的智能手机的传感器读数被融合在一起,以推断手部姿势和静态握持状态之间的旋转角度。通过静态握持和动态转弯信息,我们的系统可以在不同路况和个体差异的情况下实现精细的手部位置预测。道路测试结果表明,仅使用静态信息时,系统的手部位置检测准确率平均为91.59%,使用动态转弯信息时,系统的手部位置检测准确率可进一步提高到94.63%。
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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