Linux Robotics
1st Edition
007144484X
·
9780071444842
© 2006 | Published: December 21, 2005
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.Robotics is becoming an increasingly popular field for hob…
Read More
Request Review Copy
Receive via shipping:
- Print bound version of the complete text
IntroductionChapter 1: Starting OutChapter 2: Electronics and SuchChapter 3: Internal Communication: The Control NetworkChapter 4: SensorsChapter 5: Behavioral ProgrammingChapter 6: Audio: Speaking and ListeningChapter 7: Vision: Seeing the WorldChapter 8: Mapping and Planning: Where Is Here? and How Do We Get There From Here?Chapter 9: Artificial Neural NetworksChapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
Chapter 2: Electronics and SuchChapter 3: Internal Communication: The Control NetworkChapter 4: SensorsChapter 5: Behavioral ProgrammingChapter 6: Audio: Speaking and ListeningChapter 7: Vision: Seeing the WorldChapter 8: Mapping and Planning: Where Is Here? and How Do We Get There From Here?Chapter 9: Artificial Neural NetworksChapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
Chapter 4: SensorsChapter 5: Behavioral ProgrammingChapter 6: Audio: Speaking and ListeningChapter 7: Vision: Seeing the WorldChapter 8: Mapping and Planning: Where Is Here? and How Do We Get There From Here?Chapter 9: Artificial Neural NetworksChapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
Chapter 6: Audio: Speaking and ListeningChapter 7: Vision: Seeing the WorldChapter 8: Mapping and Planning: Where Is Here? and How Do We Get There From Here?Chapter 9: Artificial Neural NetworksChapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
Chapter 8: Mapping and Planning: Where Is Here? and How Do We Get There From Here?Chapter 9: Artificial Neural NetworksChapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
Chapter 10: Working Without a WireAPPENDIX A: ENerd Robotics Framework CodeAPPENDIX B: RESOURCESINDEX
APPENDIX B: RESOURCESINDEX
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
Robotics is becoming an increasingly popular field for hobbyists and professionals alike
The cost of the mechanics and electronics required to build a robot are low enough that almost anybody can afford it. The hardware that used to require government funding or a large university is now available to the average person. At the same time, programming is becoming a more common skill.
This book combines the most sophisticated parts of robotics and programming to fill a real gap in available information.Most robotics books today use microcontrollers as the “brains” of the robots. This approach is fine for smaller, less expensive projects, but has serious limitations. When attempting to build a robot with sophisticated movements, navigation abilities, vision, and picture-capturing abilities, it is better to use a single board computer (SBC) such as Linux as the controller.
Robotics is becoming an increasingly popular field for hobbyists and professionals alike
The cost of the mechanics and electronics required to build a robot are low enough that almost anybody can afford it. The hardware that used to require government funding or a large university is now available to the average person. At the same time, programming is becoming a more common skill.
This book combines the most sophisticated parts of robotics and programming to fill a real gap in available information.Most robotics books today use microcontrollers as the “brains” of the robots. This approach is fine for smaller, less expensive projects, but has serious limitations. When attempting to build a robot with sophisticated movements, navigation abilities, vision, and picture-capturing abilities, it is better to use a single board computer (SBC) such as Linux as the controller.