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•Finding that no single ASW alternative was the best
solution for our littoral ASW scenario and after gaining insight on the
preceding themes of Reaction Time, Presence and KCT tradeoffs, SEA-8
concluded that a dramatic shift in ASW doctrine and methodology was required
to unleash the power of future ASW technologies. The waterspace management and Prevention of
Mutual Interference (PMI) techniques employed during the late 20th century
are akin to stove-pipe engineering; they prevent complimentary platforms and
sensors from operating together to fill other systems weaknesses in
deployment timelines, endurance, prosecution and engagement
capabilities. This study shows that
future littoral ASW requires a scenario specific mix of sensors, UUVs and
manned platforms that will operate with one another in the same
waterspace. It is imperative that
these forces be designed to operate cooperatively, with low false positive
and low fratricide rates, in a manner that more accurately resembles the
Joint Engagement Zone currently used by air warfare systems.
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