船舶港口监控中的多通道时延数据融合技术研究

Research on multi-channel delay data fusion technology in ship port monitoring

随着现代港口物流产业的飞速发展,人们对港口的监管也面临着更多的挑战,尤其是当各种船舶航行在有限的航道中时,船舶之间的通信显得尤为棘手,因此有必要加强港口的中转作用,在港口管理系统中建立统一的云平台,能够兼容多通道的船舶数据通信。但是在多通道通信系统中,普遍存在数据延时和融合度低的问题,因此本文主要结合多通道通信技术,通过对通信算法进行优化,在加强了多通道系统的隔离度的同时,也能够提高彼此之间的融合度。在算法的优化过程中,采用了先进的时延编码技术,有效改善了港口监控中多通道的通信能力。

With the rapid development of modern port logistics industry, people's supervision of the port is also facing more challenges, especially when the various ships sailing in a limited waterway, the ship's communication between the production is particularly difficult, so it is necessary to strengthen the port transit role in the port management system to establish a unified cloud platform, compatible with multi-channel ship data communications. However, in the multi-channel communication system, there are many problems such as data delay and low degree of fusion. Therefore, this paper mainly adopts the multi-channel communication technology to optimize the communication algorithm and strengthen the isolation of the multi-channel system. Can improve the degree of integration between each other. In the optimization process of the algorithm, advanced delay coding technology is adopted, which effectively improves the multi-channel communication capability in port monitoring.