Hager, S., Schitter, G., & Csencsics, E. K. (2025). Accuracy enhancement for optimization-based structured light profilometry. In Proceedings of ASPE 2025 Annual Meeting (pp. 193–197).
3D measurements; Structured light; measurements in motion; Moving Objects; surface reconstruction
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Abstract:
This paper analyzes and discusses image dropout strategies and termination criteria for our recently developed optimization-based SLP method, enabling the optimal utilization of this reconstruction method for the measurement of moving samples in an industrial context. The experiments show that the early termination of the optimization and the dropout of BRGC patterns can enhance the accuracy of the reconstruction results by up to 51%.
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Project title:
Christian Doppler Labor für Präzise Messungen in Bewegung: CDL_CSENCS_Genehmigung (Christian Doppler Forschungsgesells)
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Research Areas:
Mathematical and Algorithmic Foundations: 50% Sensor Systems: 50%
