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This study showcases the approaches towards lepton identification and $\gamma\gamma$ mitigation at center-of-mass energy $\sqrt{s} = 500$ GeV forsemileptonic WW decays at the ILC. The analysis is performed using fullysimulated Standard Model Monte Carlo events with the ILD detector concept andemphasizes the measurement of the W mass. The mass measurement is performedthrough the identification of a lepton and treatment of the remaining system asthe hadronic W-boson. Only the most favorable beam polarization scenario for WWproduction is considered. The resulting detector performance benchmarkobtained, with an integrated luminosity of $1600$ fb$^{-1}$ , is a statisticalerror on the W mass of $\Delta M_{W}$ (stat.)$ = 2.4$ MeV and a relativestatistical error on the WW crosssection of $\Delta \sigma/\sigma$(stat.)$ =0.036\%$.

Study of $WW\rightarrow q\bar{q}\ell\nu$ at ILC500 with ILD