| # | Name | Title |
|---|
| 1 | Christian Rupprecht | Representing Ambiguity Through Multiple Hypotheses |
| 2 | Sailesh Conjeti | Deep Learning with Graphs (Tutorial on Graph Convolution Networks) |
| 3 | Julia Rackerseder | Near real-time registration of 3D iUS in Neurosurgery |
| 4 | Javier Esteban | Towards Robotic Transcranial Magnetic Stimulation |
| 5 | Mehrdad Salehi | Ultrasound/CT Bone Surface Registration |
| 6 | Christoph Baur | Auxiliary Manifold Embedding for FCNs / Medical Image Synthesis with GANs (tentatively) |
| 7 | Marco Esposito | Trajectory prediction for tele-echograpy |
| 8 | Sai Gokul Hariharan | Denoising of Biomedical Images with Low Photon Counts |
| 9 | Benjamin Busam | Interpolation and Regression in Pose Space with (Dual) Quaternions |
| 10 | Mai Bui | Deep Learning-based Camera Re-Localization |
| 11 | Salvatore Virga | Deformation Correction in 3D Robotic Ultrasound |
| 12 | Anca Stefanoiu | An imaging platform for neurobehavioral dynamics |
| 13 | Keisuke Tateno | CNN-SLAM: Real-time dense monocular SLAM with learned depth prediction |
| 14 | Abhijit Guha Roy | Learning Fully Convolutional Networks with Limited Data |
| 15 | Tolga Birdal | A Minimalist Approach to Type-Agnostic Detection of Quadrics in Point Clouds |
| 16 | Nicola Rieke & Iro Laina | Concurrent Segmentation and Localization for Tracking of Surgical Instruments |
| 17 | Anees Kazi | Cross Modal Manifold Learning for Image Retrieval |
| 18 | Chen Xiao | EKF-based Visual-Inertial Odometry |
| 19 | Jakob Weiss | Towards a Fully Digital Environment in Retinal Microsurgery |
| 20 | Kristians Diaz | |
| 21 | Philipp Stefan | Simulation in Training, Assessment, Technology Evaluation |
| 22 | Oliver Scheel | Using Supervised Learning for Learning Driving Maneuvers |
| 23 | Haowen Deng | Deep Learning-based local feature for 3D Object |
| 24 | Sergey Zakharov | Deep Learning-based 3D Object Instance Recognition and Pose Estimation |
| 25 | Mira Slavcheva | KillingFusion?: Non-rigid 3D Reconstruction without Correspondences |
| 26 | Amal Lahiani | Deep learning in digital pathology |
| 27 | Leslie Casas | Modelling human motion with Variational Autoencoders |
| 28 | Dong Wang | Keypoint Matching based on Convolutional Neural Network |
| 29 | Alexander Barthel | Optical See-Through Head-Mounted Displays for Surgical Interventions |
| 30 | Jakob Mayr | SLAM in Automotive Context |
| 31 | Jie Ying | Tracking K-wires in 3D from RGB Stereo Cameras using Deep Learning |
| 32 | Gerome Vivar | Semi-supervised learning with Variational Auto-Encoder |
| 33 | Johanna Wald | |
| 34 | Fabian Manhardt | 2D object dection and 6D pose estimation |
| 35 | Nikolas Brasch | Real-time lane detection via semantic segmentation |
| 36 | Roger Soberanis | An overview on polyp size estimation |
| 37 | Huseyin Coskun | Recurrent Neural Estimators for Pose Regularization |
| 38 | Dr. Jan Egger | Surgical Planning Applications |
| 39 | Okan Erat | Drone-Augmented Human Vision |
| 40 | Dr. Denis Kalkofen | Augmented Reality Tutorials |
