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Fuel consumption evaluation for the testing of Advanced Driving Assistance Systems: first issues and solutions

机译:对先进驾驶辅助系统进行测试的燃料消耗评估:第一个问题和解决方案

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This paper presents some preliminary results toward the development of a microscopic fuel consumption model usable in real time. The aim of our research is the development of Advanced Driving Assistance System tools which are based on the fuel consumption model, and implement eco-driving strategies. The parameters of the model have been identified and validated with respect to a huge experiment carried out by using the Instrumented Vehicle owned by the University of Naples, and involved about 100 drivers (for a total amount of about 8000 km of driving data). We developed an instantaneous model, and showed that the estimation is very accurate when the model is used in order to evaluate the aggregate fuel consumption of a driving session. Results of this paper put the basis for the development of a powerful tool for Advanced Driving Assistance Systems development and testing.
机译:本文提出了一些初步结果,朝着实时可用的微观燃料消耗模型的发展。我们的研究目的是开发先进的驾驶辅助系统工具,基于燃料消耗模型,并实施生态驾驶策略。已经确定了模型的参数,并验证了通过使用那不勒斯大学拥有的仪器车辆进行的巨大实验验证,并涉及大约100个司机(总金额约为8000公里的驾驶数据)。我们开发了一个瞬时模型,并且显示估计在使用模型时非常准确,以便评估驾驶会话的汇总燃料消耗。本文的结果为先进的驾驶辅助系统开发和测试开发开发的基础。

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