Amphibionics: Build Your Own Reptilian Robot

Paperback | April 8, 2003

byKarl Williams

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This work provides the hobbyist with detailed mechanical, electronic, and PIC microcontroller knowledge needed to build and program a snake, frog, turtle, and alligator robots. It focuses on the construction of each robotin detail, and then explores the world of slithering, jumping, swimming, and walking robots, and the artificial intelligence needed with these platforms.

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From the Publisher

This work provides the hobbyist with detailed mechanical, electronic, and PIC microcontroller knowledge needed to build and program a snake, frog, turtle, and alligator robots. It focuses on the construction of each robotin detail, and then explores the world of slithering, jumping, swimming, and walking robots, and the artificial inte...

From the Jacket

ROBOTIC EVOLUTION HAS BEGUN! THIS IS YOUR CHANCE TO JOIN THE REVOLUTION If you’re a robotics hobbyist with a flair for creativity, here’s your opportunity to join the revolution and advance robotic evolution. Amphibionics: Build Your Own Biologically Inspired Reptilian Robotleads you step-by-step through four amazing projects which, w...

Karl Williams is an independent robotics researcher, electronics experimenter, and software developer. He is with Mitra Imaging, a leading medical imaging software company acquired by AGFA HealthCare Informatics. He is the author of Insectronics: Build Your Own Walking Robotand has written for Nuts and Voltsmagazine. A resident of Onta...

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Format:PaperbackDimensions:250 pages, 9.06 × 7.2 × 1.03 inPublished:April 8, 2003Publisher:Mcgraw HillLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:007141245X

ISBN - 13:9780071412452

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Extra Content

Table of Contents

Introduction

A Brief History

How amphibians achieve locomotion

Software control algorithms

Stages of Construction

Mechanical Construction

Theory and construction of Various Sensors

A study of the PIC Microcontroller

Programming

Coordinating the servos for walking

Monitoring the sensors

Output of sound

Controlling light-emitting diodes

Making sure the robots display lifelike behavior

Artificial Intelligence Experiments

Individual Amphibian Projects

Snake

Frog

Turtle

Lizard

Adding an Ultrasonic Rangefinding Sensor

Mapping out rooms

Focusing on Narrow Objects

Interfacing a Model Airplane Radio Transmitter

Using the Controller Board to Give the Robots Remote Control

Robotic Gripper

Mechanical Construction

Mounting the Gripper to the Robot

Software and Programming

Taking it Further

Adding Features and Improvements