Diboson production at the LHC

The potential for the observation and study of pp → WW → llvv, pp → WZ → lllv, and pp → ZZ → llll (l = e, μ) production are investigated using fully simulated signal and background Monte Carlo samples at the LHC. Due to the relatively high cross sections at the LHC energy (√s = 14 TeV) and the clean signature of multi-lepton final states, these productions could potentially be observed in the early phase of the experiment (100 pb^-1 ~ 1 fb^-1). The limits on the anomalous triple gauge couplings are also studied and could be significantly improved over the Tevatron results.