  This Letter presents a study of the reconstruction and identification of
$H\to WW^*$ with high transverse momentum, where both $W^{(*)}$ bosons decay
hadronically. We show that the boosted $H\to WW^*$ can be effectively
reconstructed as a single jet and identified using jet substructures in the
center-of-mass frame of the jet. Such a reconstruction and identification
approach can discriminate the boosted $H\to WW^*$ in the full hadronic final
state from QCD jets. This result will significantly improve experimental
sensitivities of searches for potential new physics phenomena beyond the
standard model in final states containing highly boosted Higgs bosons.
