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Intelligent Mobile Robots |
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Robot
Building for Beginners is a wonderful book that provides basic,
practical knowledge on getting started in amateur robotics. Short
chapters are perfectly suited for bedtime reading. It contains
step-by-step instructions and small, hands-on experiments, including a
line-following robot that you can make from a sandwich
container. Author David Cook begins with the anatomy of a
homemade
robot and advice on how to proceed successfully. General sources for
tools and parts are provided in a consolidated listing with specific
part references throughout each chapter. Basic safety and numbering
systems are also covered. This huge book helps you unlock the
mysteries of robot anatomy and fundamentals with complete step-by-step
instructions for building a robot from scratch.
| David
Cook ISBN 1893115445 Apress, 1st edition 2002 |
![]() 568 Pages (Paperback) |
In this
follow up to the very successful Robot Building for Beginners, Cook
takes you to the next level of robot building. Your robot will be able
to explore rooms, follow lines, or battle opponents. Intermediate Robot
Building features Roundabout--a room explorer that requires no
programming and uses only off-the-shelf electronics. With over 300
photographs and simple directions, this is a fun and easy guide for
anyone interested in robot building. Find out how to make a motor (and
robot) go forward, reverse, coast, and brake. Begin with the most
rudimentary motor driver and build up to the classic full-motion
control H-bridge. Significantly improve motor power and driver
efficiency by using MOSFETs. Or, simplify your robot designs with
prepackaged motor driver chips. The circuits and parts in this book are
presented as independent modules, so that you can build the complete
robot as described or apply the modules to your own unique robot
designs.
| David
Cook ISBN 1590593731 Apress, 1st edition 2004 |
![]() 464 Pages (Paperback) |
Robot
Builder's Bonanza offers you a complete, unique collection of tested
and proven project modules that you can mix and match to create an
almost endless variety of highly intelligent and workable robot
creatures. Here are over 99 different experiments that you can use in
different combinations to create robots of all shapes, sizes, and
abilities. Build rolling robots, walking robots, talking robots, robots
that can vacuum the floor, serve drinks, teach the kids, and protect
the family against fire or intruders. Anything is possible using these
modules and a little ingenuity. Best of all, none of these projects
will put a strain on your budget. Geared to both novice and
intermediate robotics enthusiasts, the projects include all the
necessary information you need to construct the essential building
blocks that go into the typical personal robot: the body and frame;
power and locomotion; appendages; eyes, ears, and mouth; navigation;
and electronic control. How you put them all together is up to you!
| Gordon
McComb, Myke Predko ISBN 0071468935 McGraw-Hill Professional, 3nd edition 2006 |
![]() 660 Pages (Paperback) |
Fascinated by
the world of robotics but don't know how to tap into the incredible
amount of information available on the subject? Clueless as to locating
specific information on robotics? Want the names, addresses, phone
numbers, and web sites of companies that can supply the exact part,
plan, kit, building material, programming language, operating system,
computer system, or publication you've been searching for? Turn to
Robot Builder's Sourcebook – a unique clearinghouse of
information for robot hobbyists that will open 2500+ new doors and
spark almost as many new ideas. Written by Gordon McComb, author of the
classic Robot Builder's Bonanza, one of the most popular books ever
written on amateur robotics, the huge 711 page Sourcebook lists over
2500 mail-order suppliers and other sources, including local-area
businesses, cross-referenced and categorized to make your search quick
and easy. You'll find detailed information about the resources,
including addresses and phone numbers: In short, everything you need to
find – and acquire – common and uncommon robotics
parts and
supplies.
| Gordon
McComb ISBN 0071406859 McGraw-Hill/TAB Electronics, 1st edition 2002 |
![]() 711 Pages (Paperback) |
This thoughtful guide
gives you complete, illustrated plans and instructions for building a
1:10-scale car robot that would cost thousands of dollars if bought off
the shelf. But beyond hours of entertainment and satisfaction spent
creating and operating an impressive and fun project, Mobile Robotic
Car Design provides serious insight into the science and art of
robotics. Written by robotics experts, this book gives you a solid
background in electrical and mechanical theory, and the design savvy to
conceptualize, enlarge, and build robotics projects of your own.
| Pushkin
Kachroo, Patricia Mellodge ISBN 007143870X McGraw-Hill/TAB Electronics, 1st edition 2004 |
![]() 278 Pages (Paperback) |
Build a robot that uses
your PDA as a brain! The chasm between PDAs and robots has been
spanned, with PDA Robotics : Using Your Personal Digital Assistant to
Control Your Robot, an easy to read guide to integrating these two
pieces of technology into a single, remote controlled powerhouse.
Written in simple language by a renowned software designer and robotics
expert, this unique resource reveals innovative concepts and designs,
helping you to build your own PDA-controlled robot from the ground up.
| Doug
Williams ISBN 0071417419 McGraw-Hill/TAB Electronics 1st edition 2003 |
![]() 232 Pages (Paperback) |
This
ingenious book/Web site partnership teaches the skills you need to
program a robot -- and gives you a virtual robot waiting online to
perform your commands and test your programming expertise. You don't
need to know either robotics or programming to get started! Using an
intuitive method, Robot Programming deconstructs robot control into
simple and distinct behaviors that are easy to program and debug for
inexpensive microcontrollers with little memory. Once you've mastered
programming your online 'bot, you can easily adapt your programs for
use in physical robots. Though Robot Programming smoothes the path to
acquiring programming skills, it does not reduce it to simplistics.
With this resource, you can open the door to all the complexity,
sophistication, versatility, and robustness that it is possible for
robot behavior to exhibit.
| Joe
Jones, Daniel Roth ISBN 0071427783 McGraw-Hill/TAB Electronics 1st edition 2003 |
![]() 288 Pages (Paperback) |
Applied
Robotics and CD-ROM guides you through the steps of creating a small,
rolling robot. It is a practical, project-oriented book and includes
projects on the mechanical platform, DC motor control, R/C servo
control, sensory input, and microcontrollers. You will be introduced to
all the challenging aspects of robotic systems including mechanical
design, sensory systems, electronic control, and computer software
intelligence. Along the way, you'll also learn about fuzzy logic,
subsumption, and microcontrollers. It includes projects to build robot
"brains" using both simple discrete electronics, as well as simple and
advanced microcontroller systems. Robots are programmed in both
assembly language and the fuzzy-logic robot language called Fuzbol. The
Fuzbol CD-ROM comes with the book. This book gives a great,
project-oriented introduction to the field of robotics. It guides the
beginner through the challenges of building a working robot and it will
provide new ideas and techniques for the advanced builder. No single
project in this book is very difficult; in fact, most of them are
simple. Applied Robotics will have you building your robot in no time!
| Edwin
Wise ISBN 0790611848 Prompt (DPI - 8/01), 1st edition 1999 |
![]() 328 Pages (Paperback) |
Robot
Builder's Bonanza offers you a complete, unique collection of tested
and proven project modules that you can mix and match to create an
almost endless variety of highly intelligent and workable robot
creatures. Here are over 99 different experiments that you can use in
different combinations to create robots of all shapes, sizes, and
abilities. Build rolling robots, walking robots, talking robots, robots
that can vacuum the floor, serve drinks, teach the kids, and protect
the family against fire or intruders. Anything is possible using these
modules and a little ingenuity. Best of all, none of these projects
will put a strain on your budget. Geared to both novice and
intermediate robotics enthusiasts, the projects include all the
necessary information you need to construct the essential building
blocks that go into the typical personal robot: the body and frame;
power and locomotion; appendages; eyes, ears, and mouth; navigation;
and electronic control. How you put them all together is up to you!
| Edwin
Wise ISBN 0790612224 Prompt (DPI - 8/01), 1st edition 2002 |
![]() 360 Pages (Paperback) |
Introduction
to AI Robotics covers all the material needed to understand the
principles behind the AI approach to robotics and to program an
artificially intelligent robot for sensing, navigation, planning, and
uncertainty. Robin Murphy is extremely effective at combining
theoretical and practical rigor with a light narrative touch. In the
overview, for example, she touches upon anthropomorphic robots from
classic films and science fiction stories before delving into the nuts
and bolts of organizing intelligence in robots. Following the overview,
Murphy contrasts AI and engineering approaches and discusses what she
calls the three paradigms of AI robotics: hierarchical, reactive, and
hybrid deliberative/reactive. Later chapters explore multiagent
scenarios, map making, navigation and path-planning for mobile robots,
and the basics of computer vision and range sensing. Each chapter
includes objectives, review questions, and exercises. Many chapters
contain one or more case studies showing how the concepts were
implemented on real robots. Murphy, who is well known for her classroom
teaching, conveys the intellectual adventure of mastering complex
theoretical and technical material in this excellent introductory text.
This book bridges the gap between the simple hobby-oriented books, and
the sometimes impenetrable texts aimed at the graduate student. Some of
the chapters do get into advanced territory, but the author does a
great job of stating the concepts in the most understandable way
possible. Also included in the end notes to each chapter is a treasure
trove of entertaining robotics trivia and stories from the university
labs and from several robotic competitions.
| Robin
R. Murphy ISBN 0262133830 The MIT Press, 1st edition 2000 |
![]() 400 Pages (Hardcover) |
This
introduction to the principles, design, and practice of intelligent
behavior-based autonomous robotic systems is the first true survey of
this robotics field. The author presents the tools and techniques
central to the development of these systems in a clear and thorough
manner. Following a discussion of the relevant biological and
psychological models of behavior, he covers the use of knowledge and
learning in autonomous robots, behavior-based and hybrid robot
architectures, modular perception, robot colonies, and future trends in
robot intelligence. The text refers to actual implemented robots and
includes many pictures and descriptions, making it clear that these are
not abstract simulations, but real machines capable of perception,
cognition, and action.
| Ronald
C. Arkin ISBN 0262011654 The MIT Press, 1st edition 1998 |
![]() 491 Pages (Paperback) |
This
book
describes the basic
concepts and methodologies of evolutionary robotics and the results
achieved so far. An important feature is the clear presentation of a
set of empirical experiments of increasing complexity. Software with a
graphic interface, freely available on a companion web site, will allow
the reader to replicate and vary (in simulation and on real robots)
most of the experiments.
| Stephano
Nolfi, Dario Floreano ISBN 0-262-64056-2 The MIT Press, 1st edition 2004 |
![]() 336 Pages (Paperback |
The
From Animals to Animats
series brings together research intended to advance the frontier of an
exciting new approach to understanding machine intelligence. The
contributors represent a broad range of interests from artificial
intelligence and robotics to ethology and the neurosciences. Unifying
these approaches is the notion of "animat" - an artificial animal,
either simulated by a computer or embodied in a robot, which must
survive and adapt in progressively more challenging environments. The
contributors focus on well-defined models, computer simulations, and
they build robots in order to help characterize and compare various
principles and architectures capable of inducing adaptive behavior in
real or artificial animals. The researchers gather together about once
per year to present the results of their experiments and they are
published in the Animals to Animats series.