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We propose a new global jet-finding algorithm for reconstructing two-prongobjects like hadronic weak gauge bosons at a hadron collider. The selection ofparticles in a two-prong jet is required to maximize a $J_{E_T}^{\rm II}$function, which contains a modified second Fox-Wolfram moment and prefers atwo-prong structure for a fixed jet mass. Compared to the traditionaljet-substructure method, our algorithm can provide a similar or betterperformance for identifying boosted weak gauge bosons that are produced fromeither Standard Model processes or heavy di-boson resonance decays.

$J_{E_T}^{\rm II}$: A Two-prong Jet Finding Algorithm