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Given the drawbacks of leaving time-sensitive targeting (TST)
strictly to humans, there is value to the investigation of
alternative approaches to TST operations that employ autonomous
systems. This paper accomplishes five things. First, it proposes a
short-hop abbreviated routing paradigm (SHARP) -- based on Delaunay
triangulations (DT), ad-hoc communication, and autonomous control
-- for recognizing and engaging TSTs that, in theory, will improve
upon persistence, the volume of influence, autonomy, range, and
situational awareness. Second, it analyzes the minimum timeframe
need by a strike (weapons enabled) aircraft to navigate to the
location of a TST under SHARP. Third, it shows the distribution of
the transmission radius required to communicate between an
arbitrary sender and receiver. Fourth, it analyzes the extent to
which connectivity, among nodes with constant communication range,
decreases as the number of nodes decreases. Fifth, it shows the how
SHARP reduces the amount of energy required to communicate between
two nodes. Mathematica 5.0.1.0 is used to generate data for all
metrics. JMP 5.0.1.2 is used to analyze the statistical nature of
Mathematica's output.
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