Abstract: Tiled multi-projector autostereoscopic display systems can provide preferable 3D effects with larger display area.There are the location restrictions of the projectors and the special optical characteristics of the autostereoscopic display screens in scalable high-resolution multi-projector autostereoscopic systems.Thus it is infeasible to apply the traditional geometric and photometric corrections to tiled multi-projector autostereoscopic display systems.In this paper,the pre-transformation geometric calibration is proposed to solve the problem of the feature points out of the screen.Then the adaptive multiple-mask photometric correction is adopted to address the problem of the special optical characteristics of the autostereoscopic display screen.The geometric calibrations and photometric corrections are merged and implemented on GPU,which greatly facilitate the calibration procedure.The experimental results show that our approach can generate satisfying geometric and photometric corrections for the scalable high-resolution multi-projector autostereoscopic display.