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00:00
1.
Computer Science Special Project
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14:27
2.
Introduction
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17:35
3.
Position of the Field: Motion Planning
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23:47
4.
Motivations and Applications
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28:39
5.
Application: Movie Generation
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33:05
6.
Applications: Automatic Robot Programming
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37:54
7.
Applications: Maintenance Planning
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39:48
8.
Applications: Radiosurgery of the Brain
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42:25
9.
Applications: Generation of Plausible Docking Motions
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49:42
10.
The General Path Planning Problem
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1:04:22
11.
The General Path Planning Problem
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1:14:42
12.
An Example with Few DOF
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1:15:18
13.
An Example with Many DOF
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1:16:18
14.
An Example: Coordination of Multiple Robots
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1:20:45
15.
An Example: Manipulation Planning
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1:21:22
16.
An Example: Nonholonomic Planning for Car-Like Robot
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1:22:39
17.
An Example: Tractor-Trailor
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1:25:45
18.
Defining a Simplified Problem
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1:38:20
19.
A Sample Problem
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1:38:42
20.
General Principle
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1:41:06
21.
Planning Methods Overview:Cell Decomposition
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1:43:39
22.
Exact Cell Decomposition
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1:45:42
23.
Approximate Cell Decomposition: 2D Quadtree
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1:47:13
24.
Approximate Cell Decomposition 3D OcTree
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1:47:21
25.
Planning Methods Overview:Roadmap Methods
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1:48:39
26.
Roadmap Methods
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1:50:08
27.
Planning Methods Overview:Potential Field Methods
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1:52:06
28.
Different Types of Potential Fields
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1:53:49
29.
Example of Analytical Definition
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1:56:13
30.
Local Minima in a Potential Field