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The T2K experiment is a long-baseline accelerator neutrino experiment using anear detector complex ND280 and a far detector, Super-Kamiokande. Neutrinointeractions are detected by Cherenkov light in Super-Kamiokande in order tomeasure neutrino oscillation parameters. The accuracy of the oscillationparameter measurements depends on our knowledge of neutrino interactions, theneutrino flux and the detector response. ND280 is composed of a tracker andseveral sub-detectors designed to characterise the neutrino beam beforeoscillation, which allow us to constrain the uncertainties on the neutrinointeraction and the accelerator flux models. In this talk we present the resultof a fit on the ND280 data, as well as a study of the robustness of the fit tothe choice of neutrino interaction model. The constraint obtained on theoscillation parameters is also discussed.

T2K near detector constraints for oscillation results