Method for remotely sensing RFID electronic boundary based on olfaction algorithm

Abstract

The invention discloses a method for remotely sensing an RFID electronic boundary based on an olfaction algorithm. The invention aims to provide a method for remotely sensing an RFID electronic boundary based on an olfaction algorithm, which is provided with a technical system for solving the problems of traditional boundary points, positioning, manual CNSS / total station measurement boundary points, large-range village and town ownership information autonomous acquisition and processing, RID electronic boundary point equipment and a land ownership / current situation investigation robot through combination of artificial intelligence and surveying and mapping. The unmanned aerial vehicle investigation monitoring robot and electronic boundary point intelligent sensing are realized, and the popularization and application of the new technology and the new mode can improve the land use efficiency of rural land investigation and monitoring, and traditionally depends on a remote sensing technology or artificial photo shooting. The problems that in the prior art, the remote sensing technology is shot from the air, the artificial intelligence level is low, the ground ownership survey is lack of robot autonomous control, collection and processing theories and methods, the GNSS combined total station technology is mostly adopted, and the measurement process mostly depends on manpower and depends on an ownership survey online service platform are solved.

Description

technical field [0001] The invention relates to the technical field of electronic boundary point equipment, in particular to a method for remote sensing of RFID electronic boundary points based on an olfactory algorithm. Background technique [0002] my country has a vast territory, and the surveys of villages and towns have a large number of areas. Traditional surveys use remote sensing satellites, drone monitoring, satellite positioning, and on-site inspections by staff to obtain information. This method has the disadvantages of ineffective data collection and data acquisition. The processing efficiency is not high and the continuity of internal and external data is not enough, which makes the investigation work time-consuming and laborious. [0003] Under the support of the National Science and Technology Support Program and other topics, Southeast University and other units have successively developed systems such as laser gyroscope cadastral survey, large-scale mapping G...

AI Technical Summary

Problems solved by technology

Generally speaking, at present, the data model of rights and registration management is mainly two-dimensional, and the investigation of village and town rights and registrations is mostly based on GNSS / total station manual measurement. The association with cadastral information relies on manual labor, and the degree of automation and intelligence needs to be improved. Therefore, a method based on olfactory algorithm for long-distance perception of RFID electronic boundaries is proposed to solve this problem.