基于地图交互的无人机空域可视化控制方法及系统
By establishing control object records and status snapshots in electronic maps, the problem of inconsistency between map display and actual control status in UAV airspace control systems is solved, enabling accurate task allocation and rapid response of UAV systems in high-concurrency environments.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- HUNAN POLICE ACAD
- Filing Date
- 2026-04-13
- Publication Date
- 2026-07-17
AI Technical Summary
In existing UAV airspace control systems, the spatial objects displayed on the map are not closely linked to the multi-source preconditions for operation, such as the actual task issuance and remote control permissions, communication link status, and equipment operating modes. This makes it difficult to keep the map view synchronized with the actual executable conditions of the underlying control link, affecting the accuracy and response speed of command and dispatch.
In the electronic map, map spatial objects are established for drones, flight routes, mission areas and airspace ranges, and corresponding control object records are established for each map spatial object. The pre-operation status related to the control object is obtained, a status snapshot is generated through time consistency comparison, executability is determined, control commands are generated and sent to the control object, and map situation information is updated in real time.
It achieves a close link between map display and actual control status, ensuring that operators can accurately obtain executable conditions, improving the accuracy of task allocation and execution, optimizing response speed and scheduling efficiency in high-concurrency environments, and enhancing the working efficiency and safety of the UAV system.
Smart Images
Figure CN122044192B_ABST