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美海军无人水面艇声呐装备技术发展及应用

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分析在新一轮海战模式变革和水下探测技术创新推动下,美海军积极推进无人水面艇声呐装备的研发与应用,加速构建智能化水下探测体系的过程。美海军无人水面艇声呐装备的发展可划分为技术验证、能力提升和实战融合3个阶段,装备类型由单一向多元、搭载平台由小型向中大型演进,装备技术发展呈现载荷小型化、信号处理智能化、系统设计模块化和低功耗等趋势,应用向多平台协同探测、自主处理、多任务能力融合等方向演进。基于对近期多场演习的分析,预计美海军无人水面艇声呐系统将在维持远程遥控模式的同时,逐步提高自主探测和数据处理能力,通过分布式部署执行远海持续监视任务,既可作为机动灵活的探测节点,也可充当水下传感器的布放平台,与有人平台协同构建全域水下态势感知网络。
Development and application of sonar equipment in U.S.Navy Unmanned Surface Vessels
Driven by a new round of naval warfare transformation and of innovation in underwater detection technology,the U.S.Navy is actively advancing the development and application of sonar equipment for Unmanned Surface Vessels(USVs)to accelerate the establishment of an intelligent underwater detection system.The development of U.S.Navy USV sonar equipment can be divided into three stages:technology verification,capability enhancement,and combat integration.The type of equipment is evolving from single to multiple,and the carrying platform is evolving from small to medium and large.The development of equipment technology shows the trend of miniaturization of load,intelligentization of signal processing,modularization of system design and low power consumption.The application is evolving in the direction of multi-platform collaborative detection,autonomous processing,and multi-task capability fusion.Based on the analysis of recent exercises,it is anticipated that the USV sonar systems will become more capable of autonomous detection and data processing while maintaining the remote control modes.Through distributed deployment,they can execute continuous monitoring tasks on the open sea,serving both as mobile and flexible detection nodes and as platforms for underwater sensors,collaborating with manned platforms to create a full-domain underwater situational awareness network.

U.S.NavyUnmanned Surface Vesselssonar equipmentunderwater detectiondistributed operations

郭继周、周鹤峰、李乐、李慧

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国防科技大学气象海洋学院,湖南 长沙 410073

美国海军 无人水面艇 声呐装备 水下探测 分布式作战

2024

国防科技
国防科学技术大学

国防科技

影响因子:0.646
ISSN:1671-4547
年,卷(期):2024.45(6)