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New algorithm for fitting 3D highway alignment from geometric data

机译:从几何数据拟合3D高速公路路线的新算法

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Much research on algorithm for fitting highway alignment has been conducted. However, there are also some limitations e.g. hard to collect the source data, high cost, etc. From the point of view of traffic safety assessment techniques of highway alignment, new algorithm for fitting highway alignment is put forward. And the mathematic model and calculation steps of three-dimensional (3D) coordinates and the fitting method of 3D highway alignment are expounded in detail. Then case studies and error analysis of the algorithm are implemented. The algorithm is considered more efficiency, higher accuracy and easier to get the source data etc. than previously developed approaches. The core of the algorithm is using horizontal and vertical geometric data to calculate 3D coordinates, generate control points sequence, and using cubic B-spline approximation to fit 3D highway alignment.
机译:已经进行了许多关于拟合公路路线的算法的研究。但是,也有一些限制,例如从公路线形交通安全评价技术的角度出发,提出了一种适用于公路线形拟合的新算法。并详细阐述了三维(3D)坐标的数学模型和计算步骤以及3D公路线形的拟合方法。然后对算法进行了案例研究和误差分析。与以前开发的方法相比,该算法被认为具有更高的效率,更高的准确性以及更易于获取源数据等。该算法的核心是使用水平和垂直几何数据来计算3D坐标,生成控制点序列,并使用三次B样条逼近来拟合3D高速公路路线。

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