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Patterns for optimal monostatic sonobuoy fields were developed during the Cold War for use in deep, uniform undersea environments, where a simple median detection range can be used to define a useful fixed spacing between sonobuoys. However, oce?anographie and acoustic conditions in the littoral environments where current operations are often conducted are so complex and dynamic that spatial and temporal...
Optimal monostatic sonobuoy fields were developed during the Cold War for deep, uniform undersea environments, where a simple median detection range defined a fixed spacing between sonobuoys. Oceanographic and acoustic conditions in littoral environments are so complex and dynamic that spatial and temporal variability destroys the basic homogeneous assumption associated with standard tactical search...
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