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Introduction to AI Robotics
by Robin Murphy
MIT Press, copyright 2000
Resource Page
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A note from the author:
The book is a broad survey and represents the state of the practice circa
1999. Robotics is a rapidly changing field and I am working on the second
edition this year. I teach the course each year in the fall to approximately 35
undergraduate and 10 graduate students and update the materials accordingly. In
the meantime, my slides reflect advances and alternative organization of
themes. Probably the biggest changes are to the sections on teleoperation,
multi-agents, and human-robot interaction, and the de-emphasis on
architectures.
I'm always open for suggestions and feedback, plus feel free to send me your
course materials so we can create a forum. Despite the book being painstaking
reviewed by myself, an editor, and two professors at other universities who
taught out of the preprints, some typos and errors appear so check out the
errata.
- Chapter 1: From Teleoperation to Autonomy. ppt
slides. Associated video (courtesy of Center for Robot-Assisted Search
and Rescue):
- Chapter 2: The Hierarchical
Paradigm. ppt
slides
- Chapter 3: Biological
Foundations of the Research Paradigm. ppt slides
- Chapter 4: The Reactive Paradigm.
ppt slides
- Chapter 5: Designing a
Reactive Implementation. ppt slides
- Chapter 6: Common Sensing
Techniques for Reactive Robots. ppt slides
- Chapter 7: The Hybrid
Deliberative/Reactive Paradigm. ppt slides
- Chapter 8: Multi-agents. ppt slides
- Chapter 9: Topological Path
Planning. ppt
slides
- Chapter 10: Metric Path
Planning. ppt
slides
- Chapter 11: Localization and
Map Making. ppt
slides
- Chapter 12: On the Horizon. ppt slides
- Chapter 1: What are Robots?. ppt slides and the
pdf version (good a quick look)
- Chapter 2: Telesystems. the pdf version
- Chapter 3: Biological
Foundations of the Reactive Paradigm. ppt slides and pdf version
- Chapter 5: The Reactive
Paradigm
- Chapter 6: Selecting and
Combining Behaviors
- Chapter 7: Common Sensors and
Sensing Techniques
- Chapter 8: Designing a Behavior-Based
Implementation
- Chapter 9: Multi-Agents
- Chapter 10: Navigation and
the Hybrid Paradigm
- Chapter 11: Topological Path
Planning
- Chapter 12: Metric Path
Planning
- Chapter 13: Localization and
Mapping
- Chapter 14: Affective Robots
- Chapter 15: Human-Robot
Interaction
- Chapter 16: What Can Robot Do
and What Will They Be Able to Do?
Lego Mindstorms Companion