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Key Technological Research on the Control Survey of Qingzhou-Linshu Super Highway and the Aerial Photogrammetry of Topographic Map

机译:青春山超高速公路控制调查与地形图的空中摄影措施重点技术研究

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Qingzhou-Linshu super highway, spanning 228.333km, is located in the center of Shandong province, which forms a south-to-north expressway channel. Undoubtedly, it's an important part of Shandong highway network. Approximately, it runs from south to north and one projection zone is enough to satisfy relevant requests of horizontal coordinate system; From Qingzhou to Mazhan Town, Yishui County, most are hilly and mountainous terrain while from Mazhan Town, Yishui County to Linshu County, most are plain terrain, except for a few rolling terrain. As a result, fourth-order leveling control network is enough to meet the requirements of reconnaissance survey, design and constructive lofting. As the expressway and Ji-Qing south line carry out reconnaissance and design simultaneously and form an interchange at Mazhan Town, Yishui County, plus tight time and intense work, the systemic conformance of horizontal coordinate system and vertical datum are in high demand. The report analyses and discusses the adoption of horizontal and vertical network's starting points, layout, observation, data processing and adjustment, together with eliminating the coordinate division and elevation value's step of the same control point. In the meantime, it analyses how to make rapid aerial photogrammetry for the whole line with the scale of 1/2000, so as to improve the precision and reliability of horizontal and vertical datum as well as speed up the process of charting and utmostly satisfy the demand of highway reconnaissance and design.
机译:青州 - 林舍超级公路,占地228.333千克,位于山东省中心,形成了南北高速公路渠道。毫无疑问,这是山东公路网络的重要组成部分。大约,它从南到北部运行,一个投影区域足以满足水平坐标系的相关请求;从青州到马鞍镇,沂水县,大多数都是丘陵和多山地形,玉山镇,沂水县到临沭县,大多数是普通地形,除了几滚大地形。因此,四阶水平控制网络足以满足侦察调查,设计和建设性宽松的要求。随着高速公路和九庆南线同时开展侦察和设计,在沂水县马上县的交汇处,加上紧密时间和强烈的工作,水平坐标系和垂直基准的系统一致性需求量很高。该报告分析并讨论了采用水平和垂直网络的起点,布局,观察,数据处理和调整,以及消除相同控制点的坐标划分和高度值的步骤。与此同时,它分析了如何使整个线路的快速空中摄影测量,以1/2000的规模,从而提高水平和垂直数据的精度和可靠性,以及加速图表的过程和最大满足的过程高速公路侦察与设计的需求。

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