Operates efficiently without any external guidance
Highly efficient vision system for local maneuver and landmark-based navigation
Vision system for medium to long range navigation and maneuvering
Infrared sensors for collision avoidance
Main CPU:
A Vesta board with a Motorola 68332 32-bit processor
Sensors:
20 infrared sensors installed around the base to detect obstacles up to 1 m away
8 bump sensor pads around the bottom base section of the platform
Vision System:
Includes the Texas Instruments' TMS320C31 Digital Signal Processor (DSP) board operating at
33.3 MHZ;
2 Chinon CX-62 colour solid state chip cameras mounted on 2 Futaba FP-S148 servo motors to
provide 120 degree swivel movement
I/O:
1 joystick port;
1 video port for obtaining views of what the vision system is "seeing"
Size:
width 43.5 cm
length 64 cm
height 51 cm
Weight:
45 kg
Motor:
2 90 watt DC motors
Battery:
2 12-volt rechargeable batteries with 792 watt hours output
Control switches for use by the human operator:
A main power push button; a toggle on/off switch for the motor; a toggle switch for the
electrical system; emergency "kill" switches to immediately shut down the power to the motors
Payload:
35 kg
Top Speed:
2 m/sec
Turn Radius:
155 cm
Accessories:
Joystick, User Manual
Hardware
People Following/People Avoiding Sensor Package
Light Sensor Assembly
Behavior-Based Vision Processor Board
Video Transmitter/Receiver
Voice Recognition/Synthesis
Digital Radio Control Transmitter/Receiver (with or without video feedback)
Korebot Board
PC/104 Processor Board
Radio Modem
Pan-Tilt Unit
SICK Proximity Laser Scanner
BreezeCom 4-Port System
Computerized Navigation Compass
Fiber Optic Gyro
Speech ISA ASCII-to-Speech Interface
Software
Vision Based Navigation System
Basic Synthesized Voice Vocabulary
Basic Pseudo Command Vocabulary for the Speech Recognition Unit