Gradient-based geometry learning for fan-beam CT reconstruction von Thies, Mareike, Wagner, Fabian, Maul, Noah, Folle, Lukas, Meier, Manuela, Rohleder, Maximilian, Schneider, Linda-Sophie, Pfaff, Laura, Gu, Mingxuan, Utz, Jonas, Denzinger, Felix, Manhart, Michael, Maier, Andreas

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A gradient-based approach to fast and accurate head motion compensation in cone-beam CT von Thies, Mareike, Wagner, Fabian, Maul, Noah, Yu, Haijun, Goldmann, Manuela, Schneider, Linda-Sophie, Gu, Mingxuan, Mei, Siyuan, Folle, Lukas, Preuhs, Alexander, Manhart, Michael, Maier, Andreas

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Modelling of measuring systems – From white box models to cognitive approaches von Schiering, Nadine, Eichstädt, Sascha, Heizmann, Michael, Koch, Wolfgang, Schneider, Linda-Sophie, Scheele, Stephan, Sommer, Klaus-Dieter

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Learning-based Trajectory Optimization for a Twin Robotic CT System von Schneider, Linda-Sophie, Thies, Mareike, Schielein, Richard, Syben, Christopher, Unberath, Mathias, Maier, Andreas

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SmartCT - Development of AI based methods for automation of RoboCT scan procedures von Sukowski, Frank, Rauch, Daniel, Schielein, Richard, Schön, Tobias, Waldyra, Adrian, Fries, Mara, Maier, Andreas K., Schneider, Linda-Sophie, Herl, Gabriel, Wittl, Simon, Zabler, Simon, Zeitel, Sebastian, Bissels, Joshua, Becker, Christoph

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Application of Gated Recurrent Units for CT Trajectory Optimization von Yuan, Yuedong, Schneider, Linda-Sophie, Maier, Andreas

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Integer Optimization of CT Trajectories using a Discrete Data Completeness Formulation von Schneider, Linda-Sophie, Herl, Gabriel, Maier, Andreas

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Deep Learning Computed Tomography based on the Defrise and Clack Algorithm von Ye, Chengze, Schneider, Linda-Sophie, Sun, Yipeng, Maier, Andreas

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SmartCT - Development of AI based methods for automation of RoboCT scan procedures von Frank Sukowski, Daniel Rauch, Richard Schielein, Tobias Schön, Adrian Waldyra, Mara Fries, Andreas K. Maier, Linda-Sophie Schneider, Gabriel Herl, Simon Wittl, Simon Zabler, Sebastian Zeitel, Joshua Bissels, Christoph Becker

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A 2D Sinogram-Based Approach to Defect Localization in Computed Tomography von Zhou, Yuzhong, Schneider, Linda-Sophie, Fan, Fuxin, Maier, Andreas

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DRACO: Differentiable Reconstruction for Arbitrary CBCT Orbits von Ye, Chengze, Schneider, Linda-Sophie, Sun, Yipeng, Thies, Mareike, Mei, Siyuan, Maier, Andreas

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Modelling of measuring systems -- From white box models to cognitive approaches von Schiering, Nadine, Eichstaedt, Sascha, Heizmann, Michael, Koch, Wolfgang, Schneider, Linda-Sophie, Scheele, Stephan, Sommer, Klaus-Dieter

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Data-driven Modeling in Metrology -- A Short Introduction, Current Developments and Future Perspectives von Schneider, Linda-Sophie, Krauss, Patrick, Schiering, Nadine, Syben, Christopher, Schielein, Richard, Maier, Andreas

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Application of Gated Recurrent Units for CT Trajectory Optimization von Yuan, Yuedong, Schneider, Linda-Sophie, Maier, Andreas

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Integer Optimization of CT Trajectories using a Discrete Data Completeness Formulation von Schneider, Linda-Sophie, Herl, Gabriel, Maier, Andreas

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EAGLE: An Edge-Aware Gradient Localization Enhanced Loss for CT Image Reconstruction von Sun, Yipeng, Huang, Yixing, Schneider, Linda-Sophie, Thies, Mareike, Gu, Mingxuan, Mei, Siyuan, Bayer, Siming, Maier, Andreas

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Task-based Generation of Optimized Projection Sets using Differentiable Ranking von Schneider, Linda-Sophie, Thies, Mareike, Syben, Christopher, Schielein, Richard, Unberath, Mathias, Maier, Andreas

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Data-Driven Filter Design in FBP: Transforming CT Reconstruction with Trainable Fourier Series von Sun, Yipeng, Schneider, Linda-Sophie, Fan, Fuxin, Thies, Mareike, Gu, Mingxuan, Mei, Siyuan, Zhou, Yuzhong, Bayer, Siming, Maier, Andreas

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Optimizing CT Scan Geometries With and Without Gradients von Thies, Mareike, Wagner, Fabian, Maul, Noah, Pfaff, Laura, Schneider, Linda-Sophie, Syben, Christopher, Maier, Andreas

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A gradient-based approach to fast and accurate head motion compensation in cone-beam CT von Thies, Mareike, Wagner, Fabian, Maul, Noah, Yu, Haijun, Goldmann, Manuela, Schneider, Linda-Sophie, Gu, Mingxuan, Mei, Siyuan, Folle, Lukas, Preuhs, Alexander, Manhart, Michael, Maier, Andreas

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