Comparison of Machine Learning Algorithm’s on Self-Driving Car Navigation using Nvidia Jetson Nano

Wuttichai Vijitkunsawat, P. Chantngarm
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引用次数: 11

Abstract

The vehicle is the most facility for business and living in the present. The vehicle is used in abundant activities, which lead to an increasing number of accidents on the roads. Many statistical reports pointed that more than 80% of accident causes came from direct human causes such as violating the speed limit, illegal overtaking, and suddenly cutting in. Therefore, the self-driving car was rapidly developed by starting a scaled RC-Car platform. This paper presents a self-driving car model to study behavior by using the three machine learning algorithms: SVM, ANN-MLP, and CNN-LSTM in 3-speed levels and 3 scenarios, both with obstacles and without obstacle. The results show that CNN-LSTM is the best accuracy in every scenario and speed levels.
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基于Nvidia Jetson Nano的自动驾驶汽车导航机器学习算法比较
汽车是目前商务和生活最便利的工具。车辆被用于大量的活动,这导致道路上的事故越来越多。许多统计报告指出,超过80%的事故原因是直接人为原因,如违反限速、非法超车、突然插队等。因此,自动驾驶汽车通过启动规模化的RC-Car平台迅速发展起来。本文提出了一个自动驾驶汽车模型,利用SVM、ANN-MLP和CNN-LSTM三种机器学习算法,在3个速度级别和3种场景下,研究有障碍物和无障碍物的自动驾驶汽车的行为。结果表明,CNN-LSTM在每个场景和速度水平下都具有最好的准确率。
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