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In a class of Randall-Sundrum(RS) models, matter fermions and gauge bosonslive in a five dimensional bulk, while the Higgs boson lives in a fourdimensional visible brane. The Higgs boson can mix with a radion, by aHiggs-radion mixing term. It is difficult to directly discover the heavyKaluza-Klein(KK) particles at the Large Hadron Collider(LHC), because the massof the lightest KK particle is expected to be above 10 TeV to satisfyconstraints from avor changing neutral currents(FCNC). Instead, the precisionmeasurements of the Higgs sector at the high luminosity LHC(HL-LHC) and theInternational Linear Collider(ILC) is a promising way to observe the deviationoriginating from the Higgs-radion mixing and radiative corrections from the KKgauge bosons and matter fermions. For some cases, those effects are separatelydetermined, providing valuable information on the model. We perform anextensive scan of the model parameters to see the expected deviations of theHiggs couplings. We also choose several reference points consistent with thecurrent data to show the precision of the fundamental parameter measurements atthe future colliders. We also study the radion-Z-Z coupling in the model anddiscuss the role of the ILC for radion search.

Prospect for Study of Randall-Sundrum model from Higgs decay at future colliders