Real-time panorama video remote monitoring system for runway

Abstract

The invention provides a real-time panorama video remote monitoring system for a runway and belongs to the technical field of real-time panorama video remote monitoring for the runway. The real-time panorama video remote monitoring system is characterized by comprising a network camera set arranged on an airport tower, a wireless router, a pattern operation station, an Ethernet and a remote monitoring center arranged at a client side, wherein the wireless router and the pattern operation station are arranged in a machine room and connected in series, the wireless router inputs a plurality of real-time video images from the network camera set in a wired mode, a program in the pattern operation station inputs a set of real-time video streams from the wireless router in a wireless mode, the input real-time video images are stitched through existing real-time image stitching software or improved real-time video stream stitching software, rectified images with the stitching portions smooth in transition are obtained and sent to the remote monitoring center through the Ethernet, and compared with a traditional analog-digital monitoring system DVR, the real-time panorama video remote monitoring system has the advantages of being simple in remote transmission and wiring, good in instantaneity, capable of conducting panorama monitoring on the runway and high in image processing speed.

Description

technical field [0001] The invention relates to a panoramic video remote monitoring system, in particular to a real-time panoramic video remote monitoring system for an aircraft runway Background technique [0002] The safety of the airstrip is a big aviation safety issue. The video surveillance of the airstrip is very important. With the development of science and technology, the video surveillance system currently used on the airstrip is mainly "analog-digital" monitoring system (DVR). Meet people's needs in monitoring and management. The "analog-digital" monitoring system is based on the digital hard disk video recorder DVR as the core, a semi-analog-semi-digital solution. From the camera to the DVR, a coaxial cable is used to output video signals. The DVR supports both video recording and playback, and supports network access. , due to the variety of DVR products, there is no standard, so this generation of systems is a non-standard closed system, and there are still a ...

AI Technical Summary

Problems solved by technology

This product has some obvious disadvantages: (1) The transmission distance is limited, which is mainly due to the limited transmission distance of the coaxial cable, which affects the transmission distance of the video signal

(2) The wiring is complicated, and each camera must be installed with a separate coaxial cable, resulting in complicated wiring

(3) It is not suitable for remote monitoring, and the real-time performance of remo

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