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We present simulated events for the process pp→W+W−bb̄→ e+νeμ−ν̄μ bb̄+X that give kinematic distributions at NLO QCD accuracy and can be further evolved by Shower Monte Carlo simulations. We include all resonant and non-resonant contributions. This is achieved by fully taking into account the effect of off-shell t-quarks and off-shell vector bosons in the complex mass scheme. We also present a program called Decayer that can be used to let the t-quarks present in the event files for pp−> tt̄+X processes decay including both the finite width of the t-quarks and spin correlations. This work is part of a bigger project in which we have provided similar events for the following final states: (i) t + t̄, (ii) t + t̄ + H/Z/W , (iii) t + t̄ + b + b̄, (iv) t + t̄ + jet (v) t + t̄ + photon(s).

Hadroproduction of a charged vector boson pair in association with a b-quark pair at NLO accuracy matched with parton shower