Marine peril search and rescue machine vision system

Abstract

The invention discloses a marine peril search and rescue machine vision system which comprises a control platform, a visible light subsystem, an infrared subsystem, a radar subsystem and a remote sensing subsystem, wherein the visible light subsystem is in communication connection with the control platform. The visible light subsystem comprises a visible light orthodiagraph and a visible light target detecting and tracking module, wherein the visible light target detecting and tracking module is respectively connected with the output end of the visible light orthodiagraph and the input end of the control platform. The infrared subsystem comprises an infrared detector and an infrared target detecting and tracking module, wherein the infrared target detecting and tracking module is respectively connected with the output end of the infrared detector and the input end of the control platform. The radar subsystem comprises a radar and a radar target detecting and tracking module, wherein the radar target detecting and tracking module is respectively connected with the output end of the radar and the input end of the control platform. The remote sensing subsystem comprises a remote sensing satellite, a marine peril estimating module and a ship detection module, wherein the marine peril estimating module and the ship detection module receive output of the remote sensing satellite, and the output end of the ship detection module is connected with the control platform. The marine peril search and rescue machine vision system overcomes or relieves the detects that human eyes cannot observe targets in the disadvantageous environment, improves the marine search and rescue success rate, and guarantees life and property safety of marine people.

Description

technical field [0001] The invention relates to a water-surface joint search and rescue decision-making system under complex conditions using multiple means such as remote sensing technology, infrared technology, radar technology and visible light, and specifically relates to a shipwreck search and rescue machine vision system. Background technique [0002] In recent years, the number of my country's maritime transport ships has continued to increase, and the number and scale of various sea-related and sea-using activities have increased. As a result, my country's maritime search and rescue tasks have become increasingly arduous. According to reports, in 2009, the Maritime Search and Rescue Center and the Maritime Search and Rescue Centers of various provinces, regions and municipalities organized and coordinated 1,964 search and rescue operations, and coordinated the dispatch of 7,708 rescue ships and 302 aircraft sorties. Most ship accidents occur in bad weather or dense t...

AI Technical Summary

Problems solved by technology

In terms of joint search and rescue decision-making using multiple search and rescue methods, it is still stuck in the traditional decision-making, and there are no reports of joint search and rescue decision-making under complex conditions using multiple means such as remote sensing technology, infrared technology, radar technology and visible light.

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