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LabVIEW based automatic speed assistance system in uncertain road conditions

机译：基于LabVIEW的不确定路况自动速度辅助系统

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摘要

Advanced driver assistance system includes various factors and components for passengers safety and riding comfort. Research on this driver assistance system is recently becoming one of the most important and crucial theme in the matter of intelligent transportation system (ITS). In this context, the proposed paper focuses on the design of automatic speed assistance system for diverse road conditions. For this purpose, the existing braking mechanism is considered for different applications. The proposed automatic speed assistance system is derived from antilock braking system (ABS) and automatic steering assistance system. Primarily the road condition introduces about the idea of road curvature model, altitude profile and the wheel slip-coefficient of friction characteristics. For designing, a brassy and trashy way is adapted to develop the speed assistance control system. The simulation model is formulated in measurement and automation giant, LabVIEW, which is a very easiest and modern approach to acquire, monitor and process the data. After all the practical application of this incredible software in the manufacturing field of automobiles yields a rapid control prototyping, real time simulation, in vehicle data logging and control and online noise, vibration and harshness testing.
机译：高级驾驶员辅助系统包括乘客安全和骑行舒适的各种因素和组件。关于这一驾驶员援助系统的研究最近成为智能交通系统（其）问题中最重要和最重要的主题之一。在这方面，拟议文件侧重于为各种道路状况设计自动速度辅助系统。为此目的，考虑了现有的制动机制用于不同的应用。所提出的自动速度辅助系统来自防姑娘制动系统（ABS）和自动转向辅助系统。主要是道路状况介绍了道路曲率模型，高度曲线和车轮滑动系数的思想。为了设计，铜管和垃圾方式适于开发速度辅助控制系统。模拟模型在测量和自动化巨头中制定，LabVIEW，这是一个非常简单而现代的获取，监控和处理数据的方法。在汽车制造领域的这种令人难以置信的软件的所有实际应用之后，在汽车数据记录和控制和在线噪声，振动和严格噪声测试中产生了快速控制的原型设计，实时仿真。

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