  In this paper, we investigate the prospects of measuring the strong and weak
dipole moments of the top quark at the Large Hadron Collider (LHC).
Measurements of these couplings provide an excellent opportunity to probe new
physics interactions as they have quite small magnitudes in the Standard Model.
Our analyses are through studying the production cross sections of $t\bar{t}WW$
and $t\bar{t}ZZ$ processes in the same sign dilepton and four-lepton final
states, respectively. The sensitivities to strong and weak top quark dipole
interactions at the $95\%$ confidence level for various integrated luminosity
scenarios are derived and compared with other studies. In addition to using the
total cross sections, a novel handle based on an angular observable is
introduced which is found to be sensitive to variations of the top quark strong
dipole moments. We also investigate the sensitivity of the invariant mass of
the system to the strong and weak dipole moments of the top quark.
