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A laser based tabletop localization system for educational robots
C. W. Bac
, T. E. Grift
, K. Bhalerao
, G. Menezes
Agricultural and Biological Engineering
Carle Illinois College of Medicine
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Keyphrases
Laser-based
100%
Laser Beams
100%
Tabletop
100%
Educational Robotics
100%
Localization System
100%
Rotational Velocity
25%
Sensor Signals
25%
Straight Line
25%
Horizontal Plane
25%
Rotational Frequency
25%
Outdoor Settings
25%
Phototransistor
25%
Electronic Compass
25%
Vision System
25%
Robotics Challenge
25%
Experiment Table
25%
Vehicle Speed
25%
Educational Competition
25%
Stationary Test
25%
Dynamic Test
25%
Electronic Vision
25%
Geometrical Analysis
25%
Real-time Kinematic Global Positioning Systems
25%
Static Position
25%
Indoor Location
25%
Compass System
25%
Autonomous Robotic Vehicle
25%
Auxiliary Sensor
25%
Cartesian Coordinate System
25%
Vehicle Guidance
25%
Guidance System
25%
Gyroscope System
25%
Rotating Laser
25%
Engineering
Robot
100%
Laser Beam
100%
Global Positioning System
50%
Rotational
25%
Using Sensor
25%
Sensor Signal
25%
Straight Line
25%
Horizontal Plane
25%
Rotational Velocity
25%
Phototransistor
25%
Cartesian Coordinate System
25%
Dynamic Test
25%
Guidance System
25%