Nicolas Gerber
Universität Bern
H-index: 24
Europe-Switzerland
Top articles of Nicolas Gerber
Comparing image normalization techniques in an end-to-end model for automated modic changes classification from MRI images
Brain and Spine
2024/1/1
Andrea Cina
H-Index: 1
Nicolas Gerber
H-Index: 17
A deep learning method for quantification of femoral head necrosis based on routine hip MRI for improved surgical decision making
Journal of personalized medicine
2023/1/12
Pelvis MRI for cinematic rendering of Pelvis 3D models using fast T1 images and deep learning
2023
Simon Damian Steppacher
H-Index: 26
Nicolas Gerber
H-Index: 17
Guodong Zeng
H-Index: 11
Florian Schmaranzer
H-Index: 14
A Deep Learning Approach for Automatic 3D Segmentation of Hip Cartilage and Labrum from Direct Hip MR Arthrography
2023/11/29
Does the dGEMRIC index recover 3 years after surgical FAI correction and an initial dGEMRIC decrease at 1-year follow-up? A controlled prospective study
The American journal of sports medicine
2023/6
Nicolas Gerber
H-Index: 17
Moritz Tannast
H-Index: 35
Simon Damian Steppacher
H-Index: 26
Florian Schmaranzer
H-Index: 14
Deep-learning-based segmentation of the shoulder from MRI with inference accuracy prediction
Diagnostics
2023/5/9
Nicolas Gerber
H-Index: 17
Michael Schär
H-Index: 25
Automated quantification of cartilage quality for hip treatment decision support
International journal of computer assisted radiology and surgery
2022/11
Florian Schmaranzer
H-Index: 14
Moritz Tannast
H-Index: 35
Guodong Zeng
H-Index: 11
Nicolas Gerber
H-Index: 17
Automatic quantification of fatty infiltration of the supraspinatus from MRI
Proceedings of The 20th Annual Meeting of the Interna
2022/6/11
Nicolas Gerber
H-Index: 17
Michael Schär
H-Index: 25
Deep Learning Fully Automated 3D Models of Hip Labrum Based on MR Arthrography Are Feasible and Allow Detection of Differences in Labrum Volume among Different Hip Deformities …
2022/6
Deep Learning Based Fully Automated 3D Models of Hip Labrum based on MR arthrography are feasible and allow detection of differences in labrum volume among different hip …
2022
Three-dimensional magnetic resonance imaging bone models of the hip joint using deep learning: dynamic simulation of hip impingement for diagnosis of intra-and extra-articular …
Orthopaedic journal of sports medicine
2021/12/6
Guodong Zeng
H-Index: 11
Florian Schmaranzer
H-Index: 14
Nicolas Gerber
H-Index: 17
Moritz Tannast
H-Index: 35
System for determining proximity of a surgical tool to key anatomical features
2021/9/16
Deep learning for automatic quantification of AVN of the femoral head on 3D MRI in patients eligible for joint preserving surgery: A pilot study
International Journal of Computer Assisted Radiology and Surgery
2021/6/4
Automatic shoulder bone segmentation from CT arthrograms based on deep learning
International Journal of Computer Assisted Radiology and Surgery
2021/6/4
Posterior extra-articular ischiofemoral impingement can be caused by the lesser and greater trochanter in patients with increased femoral version: dynamic 3D CT–based hip …
Orthopaedic journal of sports medicine
2021/5/25
Florian Schmaranzer
H-Index: 14
Nicolas Gerber
H-Index: 17
Guodong Zeng
H-Index: 11
Moritz Tannast
H-Index: 35
Deep learning for fully-automatic quantification of avascular necrosis of the femoral head on 3D hip MRI in young patients eligible for joint preserving hip surgery: A pilot study
Skeletal radiology
2021/5/17
How does the glenoid size affect rotator cuff loading? A musculoskeletal analysis
2021
Nicolas Gerber
H-Index: 17
A Musculoskeletal Parameter Study of Scapula Characteristics Affecting Rotator Cuff Muscle Forces
2021
Nicolas Gerber
H-Index: 17
Machine Learning Enables Fast Automatic Bone Segmentation For 3D MRI-Based Hip Impingement Detection Using T1 VIBE DIXON Of The Pelvis
2021
Semantic consistent unsupervised domain adaptation for cross-modality medical image segmentation
2021
Guodong Zeng
H-Index: 11
Florian Schmaranzer
H-Index: 14
Moritz Tannast
H-Index: 35
Nicolas Gerber
H-Index: 17
Co-Authors
