  The production of the Standard Model Higgs boson in association with a vector
boson, followed by the dominant decay to $H \rightarrow b\bar{b}$, is a strong
prospect for confirming and measuring the coupling to $b$-quarks in $pp$
collisions at $\sqrt{s}=14$ TeV. We present an updated study of the prospects
for this analysis, focussing on the most sensitive highly Lorentz-boosted
region. The evolution of the efficiency and composition of the signal and main
background processes as a function of the transverse momentum of the vector
boson are studied covering the region $200-1000$ GeV, comparing both a
conventional dijet and jet substructure selection. The lower transverse
momentum region ($200-400$ GeV) is identified as the most sensitive region for
the Standard Model search, with higher transverse momentum regions not
improving the statistical sensitivity. For much of the studied region
($200-600$ GeV), a conventional dijet selection performs as well as the
substructure approach, while for the highest transverse momentum regions ($>
600$ GeV), which are particularly interesting for Beyond the Standard Model and
high luminosity measurements, the jet substructure techniques are essential.
