Automated Management System

Abstract

This disclosure provides an automated management system comprising a data acquisition device, a database, and a processing unit. The data acquisition device acquires real-world imagery and spatial coordinate information of a target area. The database stores cadastral map data of the target area, defining at least one legal boundary. The processing unit is coupled to the data acquisition device and the database. The processing unit reconstructs a 3D real-world model of the target area based on the real-world imagery and spatial coordinate information, and performs a spatial pairing between the 3D real-world model and the legal boundary to establish a digital twin coordinate system for the corresponding physical space. This addresses the problems of low efficiency in manual inspections, difficulty in detecting land encroachment, and lack of quantitative data on infrastructure damage.

Claims

1. An automated management system, comprising: a data acquisition device for acquiring real-scene image information and spatial coordinate information of a target area; a database for storing cadastral map data of the target area, the cadastral map data defining at least one legal boundary; and a processing unit coupled to the data acquisition device and the database, the processing unit being configured to reconstruct a three-dimensional real-scene model of the target area based on the real-scene image information and the spatial coordinate information, and to perform spatial pairing between the three-dimensional real-scene model and the legal boundary to establish a digital twin coordinate system of the corresponding physical space.

2. The automated management system as described in claim 1, wherein, The data acquisition device is installed on an unmanned aerial vehicle and includes an oblique photography unit for acquiring real-world image information of the target area.

3. The automated management system as described in claim 1, wherein, The processing unit further includes a boundary determination unit, which is used to establish a virtual boundary wall in the digital twin coordinate system based on the legal boundary, and calculate the spatial overlap between an object in the three-dimensional real scene model and the virtual boundary wall, so as to output an encroachment warning message.

4. The automated management system as described in claim 3, wherein, The boundary determination unit is used to trigger and transmit the encroachment warning information when the spatial overlap is greater than a preset threshold.

5. The automated management system as described in claim 1, wherein, The processing unit further includes a coordinate transformation unit, which is used to transform and align one of the two-dimensional coordinates of the cadastral map data to one of the three-dimensional absolute coordinates corresponding to the three-dimensional reality model.

6. The automated management system as described in claim 1 further includes an output interface device coupled to the computing unit for visually representing the digital twin coordinate system and an abnormal status marker.

7. The automated management system as described in claim 6, wherein, This abnormal status marker is a land encroachment warning or infrastructure damage label.

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