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Improving False Alarm Rate For ASW, MCM Operations

机译:为ASW,MCM操作提高误报率

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摘要

The U.S. Navy's unmet operational needs (UONs), including the anti-access/area denial (A2/AD) threat, extend both to the antisubmarine and sea mine countermea-sures (MCM) realms of naval undersea warfare. "The most persistent problem in both ASW [anti-submarine warfarel and MCM are the many target false alarms incorrectly classified as targets from sonar sensors," said R.Adm. John Pearson, U.S. Navy (retired), the 1980 winner of the U.S. Navy Surface Force, Atlantic Fleet Anti-Submarine Warfare Award and commander of the U.S. Navy Mine Warfare Command from 1991 to 1996. "This adversely affects real-time sonar operators' decisions, remote-sensor post-mission analysis decisions, unnecessarily wastes scarce and very expensive weapons, and injects significant time delays in detect-to-engage sequences."
机译:美国海军未满足的作战需求(UONs),包括反进入/拒绝区域(A2 / AD)威胁,延伸到海军海底战的反潜和海雷对抗措施(MCM)领域。 R.Adm说:“反潜战[WAR]和MCM中最持久的问题是许多目标错误警报被错误地归类为声纳传感器的目标。”约翰·皮尔森(John Pearson),美国海军(已退休),1980年美国海军水面部队获胜者,大西洋舰队反潜战奖和1991年至1996年美国海军地雷战司令部司令。决策,远程传感器执行任务后的分析决策,不必要地浪费了稀缺且非常昂贵的武器,并且在“接触探测”序列中造成了明显的时间延迟。”

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