This paper discussed asymptotic property of Taylor remainder 'mean value point' in normed Linear space. The asymptotic progerty of 'mean value point' is solved when f(n+i)(x0)h(n+i) = 0(i = 1, 2,..., p...This paper discussed asymptotic property of Taylor remainder 'mean value point' in normed Linear space. The asymptotic progerty of 'mean value point' is solved when f(n+i)(x0)h(n+i) = 0(i = 1, 2,..., p - 1) and f(n+p)(x0)h(h+p) don't exist. Meanwhile, achieve more general asymptotic estimation formula. Make many former results are just because of special case of the pager.展开更多
以位于云贵高原至广西丘陵倾斜面上的云南省富宁县为研究区，提出了适合研究区地形特点的地貌形态分类指标体系；基于 SRTM DEM 90 m 分辨率的地形数据，用均值变点分析法，确定8像元×8像元（0．5184 km^2）的格网为该县地形起伏...以位于云贵高原至广西丘陵倾斜面上的云南省富宁县为研究区，提出了适合研究区地形特点的地貌形态分类指标体系；基于 SRTM DEM 90 m 分辨率的地形数据，用均值变点分析法，确定8像元×8像元（0．5184 km^2）的格网为该县地形起伏度的最佳统计单元，据此提取了该县地形起伏度（0～707 m）；最后，叠加分析了该县绝对海拔和地形起伏度数据，得到12种基本地貌形态，并得出结论：小起伏较低山、小起伏中山是该县最主要的地貌形态。展开更多
基金Supported by the Natural Seience Foundation of Henan Educational Committee(20031100036)
文摘This paper discussed asymptotic property of Taylor remainder 'mean value point' in normed Linear space. The asymptotic progerty of 'mean value point' is solved when f(n+i)(x0)h(n+i) = 0(i = 1, 2,..., p - 1) and f(n+p)(x0)h(h+p) don't exist. Meanwhile, achieve more general asymptotic estimation formula. Make many former results are just because of special case of the pager.
文摘以位于云贵高原至广西丘陵倾斜面上的云南省富宁县为研究区，提出了适合研究区地形特点的地貌形态分类指标体系；基于 SRTM DEM 90 m 分辨率的地形数据，用均值变点分析法，确定8像元×8像元（0．5184 km^2）的格网为该县地形起伏度的最佳统计单元，据此提取了该县地形起伏度（0～707 m）；最后，叠加分析了该县绝对海拔和地形起伏度数据，得到12种基本地貌形态，并得出结论：小起伏较低山、小起伏中山是该县最主要的地貌形态。
