… in dijet, γ + jet, Z + jet, and multijet events are used to correct any residual differences in
jet energy scale in data and simulation [36]. The jet energy resolution amounts typically to 15–20…

… , detection efficiencies and resolution effects, and the cross section of WW + 1-… calibration
and combination of in-situ measurements of jet energy scale, jet energy resolution and jet mass …

… The jet energy resolution amounts typically to 15–20% at 30 GeV, 10% at 100 GeV, and 5% …
of calibrating the differential c tagging discriminator shapes. Since c jet identification relies …

… The data used for this analysis were collected with the … of the jet energy scale (JES), the jet
energy resolution (JER) and the … of b-tagging calibrations towards high transverse momenta in …

… used to determine the uncertainty on the 𝑍+jets background, to … Jets are calibrated using a
simulation-based calibration … Variations in the electron energy scale and resolution are taken …

… response through a simulation-derived calibration, with an … Those results were used to
vary the response in this analysis… as that in the energy resolution of the forward calorimeter, …

… the jets measured in this analysis, while Chapter VI discusses how jets are reconstructed and
calibrated … This particular configuration was found to provide the best energy resolution for …

… in dijet, γ + jet, Z + jet, and multijet events are used to correct any residual differences in
jet energy scale in data and simulation [36]. The jet energy resolution amounts typically to 15–20…

… -based identification of b jets – also referred to as b-jet tagging … jet is defined by the algorithm
and the algorithm’s settings … clustering process: one hard jet is resolved that is resilient with …

… It is a key ingredient in calibrating the specific parts of the … categories: Jet energy scale (JES)
and jet energy resolution (JER); … In this analysis, jet energy corrections (JEC) are applied to …