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Triple gauge boson production at the LHC can be used to test the robustnessof the Standard Model and provide useful information for VBF di-bosonscattering measurement. Especially, any derivations from SM prediction willindicate possible new physics. In this paper we present a detailed Monte Carlostudy on measuring WWW production in pure leptonic and semileptonic decays, andprobing anomalous quartic gauge WWWW couplings at the CERN LHC and futurehadron collider, with parton shower and detector simulation effects taken intoaccount. Apart from cut-based method, multivariate boosted decision tree methodhas been exploited for possible improvement. For the leptonic decay channel,our results show that at the sqrt{s}=8(14)[100] TeV pp collider with integratedluminosity of 20(100)[3000] fb-1, one can reach a significance of0.4(1.2)[10]sigma to observe the SM WWW production. For the semileptonic decaychannel, one can have 0.5(2)[14]sigma to observe the SM WWW production. We alsogive constraints on relevant Dim-8 anomalous WWWW coupling parameters.

Probing Triple-W Production and Anomalous WWWW Coupling at the CERN LHC and future 100TeV proton-proton collider