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Chapter 1 Introduction
l£®1 Tremor
l£®2 Traditional Tremor-Assist Technology
l£®3 Augmented Reality Based Tremor-Assist Technology
l£®4 Discussion of Tremor-Assist Technology
Bibliography

Chapter 2 Virtually Stabilizing Trembling Hands Using Projection Augmented Reality
2£®1 Introduction and Motivation
2£®2 Related Work
2£®3 System
2£®4 Method
2£®4£®1 Virtual Stabilization
2£®4£®2 Virtual Remapping
2£®4£®3 Procedure
2£®5 Experiment
2£®5£®1 Experimental Setup
2£®5£®2 Evaluation
2£®5£®3 Discussion
2£®6 Conclusion
Bibliography

Chapter 3 Visually Stabilizing Trembling Hands Using Optical See£®Through Augmented Reality
3£®1 Introduction and Motivation
3£®2 Related Work
3£®3 Pilot Research
3£®3£®1 Pilot System
3£®3£®2 Hand Modeling
3£®3£®3 Geometric Transform
3£®3£®4 Stabilized Filter
3£®3£®5 Release and Testing
3£®4 System
3£®5 Method
3£®5£®1 Calibration
3£®5£®2 Synchronization
3£®5£®3 Tremor Analysis and Stabilization
3£®5£®4 Procedure
3£®6 Experiment
3£®6£®1 Experimental Setup
3£®6£®2 Evaluation
3£®6£®3 Discussion
3£®7 Conclusion
Bibliography

Chapter 4 Expending Reachable Range of Trembling Hands Using Stabilized Projection Augmented Hand
4£®1 Introduction and Motivation
4£®2 Related Work
4£®3 ¡°Extended Hand¡±
4£®4 Method
4£®4£®1 Movement Stabilization of EH
4£®4£®2 Gesture Stabilization of EH
4£®5 Experiment
4£®5£®1 Experimental Setup
4£®5£®2 Results
4£®5£®3 Discussion
4£®6 Application
4£®7 Conclusion
Bibliography

Chapter 5 Discussion and Conclusion
S£®1 General Discussion
5£®2 Limitations and Future Work
5£®3 Conclusion
Bibliography