An automatic personalized internal fixation plate modeling framework for minimally invasive long bone fracture surgery based on pre-registration with maximum common subgraph strategy.
Bin LiuWenpeng LiuSong ZhangMingzhe WangYiqian YangXiaohui ZhangWen QiXiaofeng QuPublished in: Comput. Aided Des. (2019)
Keyphrases
- minimally invasive
- modeling framework
- image guided
- clinical applications
- robot assisted
- surgical procedures
- radio frequency ablation
- x ray images
- intraoperative
- x ray
- maximum common subgraph
- medical images
- medical imaging
- augmented reality
- beating heart
- surgical simulation
- tissue deformation
- topic modeling
- minimally invasive surgery
- post operative
- prostate cancer
- treatment planning
- anatomical structures
- fully automatic
- eye movements
- e learning
- surgical robot
- robotic assisted
- image registration
- eye tracking
- imaging modalities
- pre operative
- magnetic resonance
- recommender systems
- educational technology
- three dimensional
- machine learning
- ct data
- computer assisted
- ct images
- co occurrence
- user interface
- data analysis