基于最小二乘和穷举算法的高程抵偿面优化
Elevation compensation surface optimization based on least square and exhaustion search method
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摘要: 针对高斯投影长度变形问题,本文基于形变产生的机理,采用最小二乘法对最优抵偿投影面及中央子午线进行理论推导,结合穷举搜索法快速确定最优投影参数.算例表明,该方法对限制高斯投影变形具有明显的效果.Abstract: Aiming at the problem of Gaussian projection length deformation, based on the mechanism of deformation, the least square method is used to deduce the optimal compensation projection surface and the central meridian, and the exhaustive search method is used to quickly determine the optimal projection parameters. The example shows that this method has obvious effect on restricting the deformation of Gauss projection.