This letter presents a study of the inclusive production of XβbbΛ plus a recoil, using simulated samples of pp collisions at
sβ=14 TeV for an integrated luminosity in the range between 30
fbβ1 to 3 abβ1. The case for experiments to include un-prescaled
b-tag multijet triggers for this topology is made and the ideal jet
thresholds are discussed. The sensitivity to Standard Model Higgs with a
transverse momentum of at least 200 GeV is evaluated with respect to a
continuous background, dominated by multijet processes. The mass of
b-jet-pairs is analysed, quoting sensitivity to cross-sections in the range
of 1 to 2 pb, for 100 fbβ1, covering the Higgs production cross section of
1.8 pb. The trigger strategy presented in this letter is compared to triggers
already in use, showing an increase on the signal efficiency for masses below
200 GeV and a performance comparable to a logic OR of all the currently
available akin triggers for higher masses. The robustness of the expected
sensitivity against systematic uncertainties is estimated by considering
various typical sources, such as those on the fitting parameters of the
continuous background, shape uncertainties affecting the signal acceptance and
the background modelling. The accuracy of a Higgs production cross section
measurements is also discussed, quoting sensitivity to deviations of 50% for
100 fbβ1 and 10% for 3 abβ1.Comment: 6 pages, 7 figure