FEM Simulation with Realistic Sliding Effect to Improve Facial-Soft-Tissue-Change Prediction Accuracy for Orthognathic Surgery.
Daeseung KimHuaming MaiChien-Ming ChangDennis Chun-Yu HoXiaoyan ZhangShunyao ShenPeng YuanGuangming ZhangJaime GatenoXiaobo ZhouMichael A. K. LiebschnerJames J. XiaPublished in: MIAR (2016)
Keyphrases
- prediction accuracy
- soft tissue
- finite element
- surgical simulation
- soft tissue deformation
- improve the prediction accuracy
- maxillofacial surgery
- high fidelity
- minimally invasive surgery
- medical images
- minimally invasive
- predictive power
- mass spring
- finite element method
- deformable models
- ensemble methods
- material properties
- robotic assisted
- needle insertion
- mass spring model
- finite element analysis
- magnetic resonance
- finite element model
- numerical solution
- computer assisted
- image registration
- tissue deformation
- haptic feedback
- surgical tools
- web page prediction
- computer vision
- estimation accuracy
- automatic segmentation
- intraoperative
- probabilistic model
- image analysis