基于模拟仿真技术对海上应急保障的能力分析

Analysis of the Capacity of Marine Emergency Support Based on Simulation Technology

摘要: 海上救生保障是海洋安全体系的重要组成部分。传统救生模式面临三大挑战：一是无线信号传输存在盲区，信息获取不及时；二是搜救决策依赖经验，缺乏量化数据支撑；三是施救资源调度粗放，难以实现最优配置。针对传统海上救生面对的挑战具体表现为：“感知滞后、推演孤立、调度粗放”导致错失救援黄金窗口的问题，本文剖析模拟仿真技术在海上应急救援中的应用，构建应急救援模拟仿真系统，逐环拆解“感知–推演–决策–执行”全链路中“看不见、算不准、调不动”的痛点。为海上救生保障提供可复制的数字化范式，可缩短救援响应时间、提升救援成功率。

Abstract: Marine life-saving support is a vital component of the ocean-safety system. Traditional rescue models face three critical challenges: (1) Wireless dead-zones delay information acquisition; (2) Search-and-rescue decisions rely on experience rather than quantitative data; and (3) Rescue-resource allocation is coarse-grained and far from optimal. These shortcomings manifest themselves as “delayed sensing, isolated prediction, and coarse scheduling,” causing rescuers to miss the golden window of opportunity. To address these pain points, this paper analyzes the role of modeling and simulation in maritime emergency response and builds a distress-and-rescue simulation system that dissects the entire “sense-predict-decide-act” chain where things remain “unseen, uncalculated, and unmoved.” The resulting digital paradigm is replicable, shortens response time, and raises the success rate of life-saving operations at sea.