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We simulate the hadroproduction of a tt̄-pair in association with a bb̄-pair at the LHC using the PowHel program. The generated events are stored according to the Les-Houches event format. We interface those events to the PYTHIA shower Monte Carlo program, allowing for decays of massive particles, showering and hadronization, thus leading to predictions for differential distributions at the hadron level that are accurate to next-to-leading order. This is a 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.

t tbar b bbar production at NLO accuracy matched with parton shower