Vehicle-mounted mobile radar photoelectric linkage port intelligent supervision system

Abstract

The invention relates to a vehicle-mounted mobile radar photoelectric linkage port intelligent supervision system. The system comprises a vehicle-mounted mobile system, radar photoelectric systems, adata processing center and a service application terminal. The number of the radar photoelectric systems is multiple; each radar photoelectric system is used for acquiring data and sending the acquired data back to the data processing center; and the data processing center processes the received data, sends the processed data to the service application terminal and sends the processed data to a database system and a data storage array for storage. The system has the advantages that a networked comprehensive data service platform is constructed, data acquisition and network transmission are realized, multivariate data is analyzed, fused, mined and deeply learned, multi-user online access to sea area ship situations is realized, terminal APP intelligence information is pushed to law enforcement officers in real time, and the capability in monitoring port ship safety is improved.

Description

technical field [0001] The invention relates to a vehicle-mounted mobile radar photoelectric linkage port intelligent supervision system, which realizes multi-user online access to the situation of ships in sea areas, pushes terminal intelligence information for law enforcement officers in real time, and improves the ability to monitor port ships safely. Background technique [0002] At present, there is a lack of effective technical means for the supervision of ships in inland waterways such as rivers and lakes. The application requirements in the field are becoming increasingly strong. At present, the supervision of ships mainly relies on ship-borne AIS, VITS, etc. These devices transmit signals according to a certain period of time. The supervision department delays the reception of information such as ship location and ship name, and cannot realize real-time supervision. And because this type of equipment is ship-borne equipment, the regulatory authorities passively rece...

AI Technical Summary

Problems solved by technology

[0002] At present, there is a lack of effective technical means for the supervision of ships in inland waterways such as rivers and lakes. Ship capture, ship name recognition, flow statistics, violation reminders, safety alarms, day and night supervision, evidence collection during and after events, etc. The application requirements in the field are becoming increasingly strong. At present, the supervision of ships mainly relies on ship-borne AIS, VITS, etc. These devices transmit signals according to a certain time period. The supervision department delays the reception of information such as ship position and ship name, and cannot realize real-time supervision. And because this kind of equipment is ship-borne equipment, the supervision department passively receives information, and the authenticity of the information cannot be controlled.

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