Research on Recognition of Working Area and Road Garbage for Road Sweeper Based on Mask R-CNN Neural Network

Teng Liu, Xuexun Guo, Xiaofei Pei
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引用次数: 1

Abstract

In order to reduce the energy waste of the road sweeper and simplify the operation process of the driver, a set of intelligent cleaning device for road sweeper is designed, which can automatically identify road garbage and adjust the cleaning mechanism to the required power. This device is composed by a monocular camera, an industrial computer, a vehicle DC power, and a cleaning mechanism. In terms of algorithms, two Mask R-CNN neural network models are used to detect road garbage. First, the road surface information is obtained by the first model to obtain the workable area of the road sweeper, which can reduce the influence of factors such as vehicles and pedestrians. Secondly, the road surface information in the workable area is divided into two types, road-specific information and garbage, the garbage detection and marking are completed after the second model is tested. Finally, the garbage coverage rate is used as a feature to adjust the power of the cleaning device. The result of testing and analysis of this algorithms shows that the real-time performance and recognition accuracy can achieve the expected results.
基于掩模R-CNN神经网络的清扫车工作区域及道路垃圾识别研究
为了减少扫地车的能源浪费,简化驾驶员的操作流程,设计了一套扫地车智能清扫装置,能够自动识别道路垃圾,并将清扫机构调整到所需功率。该装置由单目摄像机、工业计算机、车载直流电源和清洗机构组成。算法方面,采用两种Mask R-CNN神经网络模型对道路垃圾进行检测。首先,通过第一个模型获取路面信息,得到清扫车的工作区域,可以减少车辆、行人等因素的影响。其次,将可工作区域的路面信息分为道路专用信息和垃圾两种类型,在第二种模型测试后完成垃圾检测和标记。最后,以垃圾覆盖率作为特征来调节清洗装置的功率。对该算法的测试和分析结果表明,该算法的实时性和识别精度都达到了预期的效果。
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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