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Development of a tabletop guidance system for educational robots
C. W. Bac,
T. E. Grift
, G. Menezes
Agricultural and Biological Engineering
National Center for Supercomputing Applications (NCSA)
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Keyphrases
Tabletop
100%
Educational Robotics
100%
Guidance System
100%
Laser Beams
80%
Sensor Array
80%
Localization System
60%
Straight Line
40%
Close Proximity
20%
Wireless
20%
Laser-based
20%
Transmitter
20%
Horizontal Plane
20%
Serial Position
20%
Relative Timing
20%
Outdoor Settings
20%
Invalid
20%
Angular Velocity
20%
Laser Transmitter
20%
Electronic Compass
20%
Vision System
20%
Educational Competition
20%
Real-time Kinematic Global Positioning Systems
20%
Indoor Location
20%
Auxiliary Sensor
20%
Gyroscope System
20%
Tangential Velocity
20%
Position Feedback
20%
Guidance Method
20%
Cartesian Coordinates
20%
Valid Measurements
20%
Rotary Encoder
20%
High Angles of Incidence
20%
Complex Path
20%
Serial Communication
20%
Engineering
Robot
100%
Guidance System
100%
Laser Beam
44%
Sensor Array
44%
Straight Line
22%
Close Proximity
11%
Directional
11%
Angle of Incidence
11%
Horizontal Plane
11%
Radian
11%
Angular Velocity ω
11%
Global Positioning System
11%
Cartesian Coordinate
11%
Serial Connection
11%