Keyphrases
Maxillary Distraction Osteogenesis
26%
Incremental Simulation
21%
Distractor
21%
Orthognathic Surgery
21%
Cross-learning
21%
Finite Element Method
21%
Sliding Effect
21%
Patient-specific
21%
Skeletal Framework
21%
Appearance Changes
21%
Feasibility Evaluation
21%
Directional Predictability
21%
Intercondylar Distance
21%
Boundary Types
21%
Facial Changes
21%
3D Point Cloud Deep Learning
21%
Incremental Method
21%
Dystopia
17%
Explicit Boundary
17%
Point Cloud Network
14%
Identically Distributed
12%
Hybrid System
10%
Simulation Method
10%
Leverage Dynamics
10%
Global Spatial Information
10%
Dynamic Points
10%
Inference Network
10%
Pointwise Convolution
10%
Prediction Network
10%
Prediction Accuracy
10%
Facial Angle
9%
Model Aggregation
8%
Facial Points
8%
Lower Lip
8%
Finite Element Simulation
8%
Soft Tissue Changes
8%
Assisted Mobility
7%
Correspondence Matrix
7%
Modeling Capability
7%
Transformation Networks
7%
Sparse Representation Learning
7%
Diverse Datasets
7%
Automatic Estimation
7%
Geometric Deep Learning
7%
Vertex-wise
7%
Semi-supervised Training
7%
Mandibular Hypoplasia
7%
Circular Motion
7%
Efficient Modeling
7%
Type Information
7%
Medicine and Dentistry
Surgical Planning
97%
Orthognathic Surgery
83%
Facies
64%
Finite Element Analysis
39%
Distraction Osteogenesis
35%
In Silico
35%
Jaw Malformation
28%
In Vitro
28%
Lower Jaw
21%
Heterotopia
21%
Volume CT
21%
Cadaver
21%
Malocclusion
21%
Bone Malformation
14%
Writing
12%
American Board of Orthodontics
10%
Surgery
10%
Spine
10%
Clinician
8%
Mucosa
8%
Prognathism
7%
Cephalometry
7%
Patient Satisfaction
7%
Mandible Hypoplasia
7%
Face Deformity
7%
Jaw
7%
Skeleton Malformation
7%
Human Tissue
7%
Patient-Data
5%
Engineering
Surgical Planning
100%
Deep Learning Method
89%
Finite Element Analysis
81%
Point Cloud
54%
Experimental Result
30%
Bidirectional Prediction
21%
Fem Model
21%
Corrector
21%
Computation Time
21%
Simulation Time
18%
Biomechanics
18%
Patient Specific
17%
Simulation Method
17%
Computational Efficiency
14%
Constrains
10%
Point Correspondence
10%
Displacement Vector
10%
Deformation Field
10%
Limitations
10%
State-of-the-Art Method
7%
Spatial Feature
7%
Temporal Information
7%
Single-Step Method
7%
Surface Model
5%