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本書中盡可能的使用簡單製成方式、容易購得之電子零件、淺顯的電路理論，來設計每一單元專題，藉此來增進初學者之信心。

There are several websites documenting the original Furby circuit board. I decided to replace the original circuit entirely and replace it with a PIC based controller.

There are a number of sensors and a motor driver on the Furby. The following is a list of these sensors and their functions.

Through a lot of hard work by people other than myself, Furby's innner electronics have been fully reverse engineered. To the right is a rendering of the schematic created by Chris Brown. If you've got any corrections, I'm sure he'd be interested.

This document explains how to interface a variety of devices to the Handy Board:

Three motor designs are much more able walkers with longer strides and very tall steps. They are also a huge jump in construction complexity from a two motor walker. Walker Ver3.0 is controlled by a six-neuron nervous net. I opted not to go with the 4 neu

動力平衡方式行走，也是我們的行走方式，要更難一些。當我們這樣做時看起來相當平穩，但是落腳實際上是經過控制的。在任何一個特定時刻，你不得不考慮（或者至少你的身體這樣做了）你

任何成功的機器人的設計涉及到運動學、信號分析、信息論、人工智能和概率論等多個不同學科的綜合。為此，本書提出了在一系列交互模塊中，使移動性成為可能的技術和製作工藝。隨著各章

BADSTRING

Behavior Based Artificial Intelligence (BBAI) is a methodology for developing AI based on a modular decomposition of intelligence. It was made famous by Rodney Brooks and his subsumption architecture was one of the earliest attempts to describe a mechanis

本書是以MIT的機器人設計課程為基礎編寫而成的，內容基本上涵蓋了機器人技術的相關知識，包括機械系統構建、控制系統硬件配置、控制算法軟件編制等。與其他機器人書籍不同的是，本書更

本書介紹了自律型機器人的種類，製作機器人所必須的電子元器件及其電路，H8微型機架構及插件板，機器人的五感及手、腳架構，相撲機器人、直線追蹤型機器人、小型機器人的製作。

As promised, another 'Evolution' pictorial article. The Robopet is next up. As you will see, for the most part, the Robopet went through a pretty smooth birth from ideas, designs, and prototypes to finished product. About the only thing that seemed in que

博創科技，即將推出一套名叫「創意之星」的機器人套件。相比市場上其它的機器人套件，這套組件基本上以舵機或稱伺服電機為主，根據產品介紹，這個套件最大的不同的地方是，整個套件的

本文件『如何改裝RV9自動吸塵器』包含RV9自動吸塵器〈以下簡稱RV9〉之內部構造與電路設計資料，而該資料之取得為交通大學電機與控制工程系嵌入式系統實驗室〈以下簡稱本實驗室〉為研究專

Welcome to the leaner, cleaner, BEAM From the Ground Up! This site is designed to be a useful collection of material for BEAM roboticists of all experience levels and abilities. The unifying focus here is on learning -- so this is the place to look for tu