一种基于云计算的测绘地理信息数据采集方法

By uniformly processing surveying task parameters and grid status through a cloud server, a terminal capability profile is generated, which solves the problem of adapting fine-grained grid acquisition tasks to terminal capabilities and realizes more refined task assignment and closed-loop control of data acquisition.

CN122220440BActive Publication Date: 2026-07-17JINAN SURVEYING & MAPPING RES INST

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
JINAN SURVEYING & MAPPING RES INST
Filing Date
2026-05-14
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing technologies, during the data acquisition process of surveying and mapping geographic information, it is difficult to dynamically and accurately adapt fine-grained grid acquisition tasks to terminal capabilities, resulting in insufficient adaptation between terminal capabilities and grid requirements, difficulty in timely feedback of supplementary acquisition tasks, and a lack of dynamic correlation mechanisms.

Method used

The system receives surveying task parameters from a cloud server, unifies the coordinate format and binds the task number, spatially segments the data and configures grid numbers and status fields, generates a spatial grid state machine, uses the data collection requirement index key to perform requirement-driven association, achieves terminal capability profile matching, generates data collection sub-tasks, and performs quality inspection and data storage.

Benefits of technology

It improves the precision of task assignment in parallel acquisition scenarios with multiple grids, multiple terminals, and multiple precision levels, reduces the risk of invalid acquisition and re-acquisition, and enhances the closed-loop control capability of surveying and mapping geographic information data acquisition.

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Abstract

本发明公开了一种基于云计算的测绘地理信息数据采集方法,涉及云测绘技术领域,包括:按照预设空间划分尺度对标准化任务边界进行空间切分,并为切分后的每个空间网格对象配置网格编号和状态字段,得到空间网格状态机;将空间网格状态机中满足待采集条件的空间网格对象确定为待采集空间网格对象,并以待采集空间网格对象的采集需求字段为采集需求索引键,对采集终端的实时能力字段和历史采集记录进行需求牵引式关联,获得采集终端能力画像;本发明达到了提高任务分派精细度、降低无效采集和补采风险、增强测绘地理信息数据采集闭环控制能力的效果。
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