
Springer Press: Level Set Methods and Dynamic Implicit Surfaces
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本书由Springer出版社出版,《水平集方法与动态隐式曲面》深入探讨了水平集框架下的数学模型及其在图像处理、计算机视觉和计算流体力学中的应用。
Level Set Methods and Dynamic Implicit Surfaces
Preface vii
Color Insert (facing page 146)
Part I: Implicit Surfaces
Chapter 1: Implicit Functions
1.1 Points . . . . . . . . . . . . . . . . . .
1.2 Curves
1.3 Surfaces
1.4 Geometry Toolbox
1.5 Calculus Toolbox
Chapter 2: Signed Distance Functions
2.1 Introduction
2.2 Distance Functions
2.3 Signed Distance Functions
2.4 Examples
2.5 Geometry and Calculus Toolboxes
Part II: Level Set Methods
Chapter 3: Motion in an Externally Generated Velocity Field
3.1 Convection . . . . . .
3.2 Upwind Differencing
3.3 Hamilton-Jacobi ENO
3.4 Hamilton-Jacobi WENO
3.5 TVD Runge-Kutta
Chapter 4: Motion Involving Mean Curvature
4.1 Equation of Motion
4.2 Numerical Discretization
4.3 Convection-Diffusion Equations
Chapter 5: Hamilton-Jacobi Equations
5.1 Introduction . .
5.2 Connection with Conservation Laws
5.3 Numerical Discretization
Part III: Further Topics in Level Set Methods and Applications
Chapter 6: Motion in the Normal Direction
6.1 The Basic Equation
6.2 Numerical Discretization
6.3 Adding a Curvature-Dependent Term
6.4 Adding an External Velocity Field
Chapter 7: Constructing Signed Distance Functions
7.1 Introduction . .
7.2 Reinitialization
7.3 Crossing Times
7.4 The Reinitialization Equation
7.5 The Fast Marching Method
Chapter 8: Extrapolation in the Normal Direction
8.1 One-Way Extrapolation
8.2 Two-Way Extrapolation
8.3 Fast Marching Method
Chapter 9: Particle Level Set Method
9.1 Eulerian Versus Lagrangian Representations
9.2 Using Particles to Preserve Characteristics
Chapter 10: Codimension-Two Objects
10.1 Intersecting Two Level Set Functions
10.2 Modeling Curves in R3 . . .
10.3 Open Curves and Surfaces
10.4 Geometric Optics in a Phase-Space-Based LevelSet Framework
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