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Pioneer 3™ Operations Manual

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What is <strong>Pioneer</strong>?<br />

Joydrive Mode<br />

Finally, we provide onboard software and controller hardware that let you drive the<br />

robot from a tethered joystick when not otherwise connected with a controlling client.<br />

See Chapter 4 for more details.<br />

THE PIONEER LEGACY<br />

Commercially introduced in<br />

the summer of 1995, <strong>Pioneer</strong><br />

1 was the original platform.<br />

Intended mostly for indoor<br />

use on hard, flat surfaces,<br />

the robot had solid rubber<br />

tires and a two-wheel<br />

differential, reversible drive Figure 6. The original <strong>Pioneer</strong> 1 and <strong>Pioneer</strong> AT<br />

system with a rear caster for<br />

balance. It came with a single-board 68HC11-based robot controller and the <strong>Pioneer</strong><br />

Server Operating System (PSOS) software. The <strong>Pioneer</strong> 1 also came standard with seven<br />

sonar range finders (two side-facing and five forward-facing) and integrated wheel<br />

encoders. Its low-cost and high-performance caused an explosion in the number of<br />

researchers and developers who now have access to a real, intelligent mobile robotic<br />

platform.<br />

Software-wise, the <strong>Pioneer</strong> 1 initially served as a<br />

platform for SRI International's AI/fuzzy logicbased<br />

Saphira robotics applications<br />

development. But it wasn't long before <strong>Pioneer</strong>’s<br />

open architecture became the popular platform<br />

for the development of a variety of alternative<br />

robotics software environments.<br />

<strong>Pioneer</strong> AT<br />

Functionally and programmatically identical to<br />

the <strong>Pioneer</strong> 1, the four-wheel drive, skid-steer<br />

<strong>Pioneer</strong> AT was introduced in the summer of 1997<br />

for operation in uneven indoor and outdoor<br />

environments, including loose, rough terrain.<br />

Except for the drive system, there were no<br />

operational differences between the <strong>Pioneer</strong> AT<br />

and the <strong>Pioneer</strong> 1: The integrated sonar arrays<br />

and controllers were the same; they shared<br />

accessories; and applications developed for the<br />

<strong>Pioneer</strong> 1 worked with little or no porting on the<br />

AT.<br />

<strong>Pioneer</strong> 2 and PeopleBot<br />

Figure 7. Performance PeopleBot<br />

sports an attractive body design<br />

with advanced technologies for<br />

human-interaction research and<br />

applications.<br />

The next generation of <strong>Pioneer</strong>, including the <strong>Pioneer</strong> 2-DX, -CE, and -AT, introduced in<br />

fall of 1998 through summer of 1999, improved upon the <strong>Pioneer</strong> 1 legacy while retaining<br />

its many important advantages. 2 Indeed, in most respects, particularly with applications<br />

2 Price/performance ratio included! The much more capable and expandable <strong>Pioneer</strong> 2 was introduced four<br />

years later for just a few hundred dollars (US) more than the original <strong>Pioneer</strong> 1.<br />

8

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