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9Appendices161In this thesisChapter 2 Robot Technology in denstistry, part one of a systematic revie literature characteristicsAuthors: T.C.T. van Riet, K.T.H.C.J. Sem, J.P.T.F. Ho, R. Spijker, J. Kober, J. de Lange. Published in: Dental Materials, 2021Chapter 3Robot Technology in denstistry, part two of a systematic revie an overview of initiativesAuthors: T.C.T. van Riet, K.T.H.C.J. Sem, J.P.T.F. Ho, R. Spijker, J. Kober, J. de Lange. Published in: Dental Materials, 2021Chapter 4Robot Technology in Analyzing Tooth Removal – a Proof of ConceptAuthors: T.C.T. van Riet, W.M. de Graaf, R. van Antwerpen, J. van Frankrenhuyzen, J. de Lange, J. Kober. Published in: Proceedings of the 42nd Annual International Conference of the IEEE Engineering in Medicine & Biology Society, 2020Chapter 5Using robot technology to analyze forces and torques in tooth removalAuthors: T.C.T. van Riet, W.M. de Graaf, J. Kober and J. de LangePublished in: Advances in Oral and Maxillofacial Surgery, 2023Chapter 6Analysis of movements in tooth removal procedures using robot technologyAuthors: T.C.T. van Riet, W.M. de Graaf, J. de Lange and J. KoberPublished in: PLoS One, 2023Chapter 7A Multiclass Classification Model for Tooth Removal ProceduresAuthors: W.M. de Graaf, T.C.T. van Riet, J. de Lange and J. KoberPublished in: Journal of Dental Research, 2022Tom van Riet.indd 161 26-10-2023 11:59