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Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces Gregory Garcia Center for Intelligent Machines and Robotics Dept. of Mechanical and Aerospace Engineering Problem areas with AGV teleoperation interfaces: - Communication - High-overhead - Poorly Designed - Outdated technologies

Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

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Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces. Problem areas with AGV teleoperation interfaces: - Communication - High-overhead - Poorly Designed - Outdated technologies. Gregory Garcia - PowerPoint PPT Presentation

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Page 1: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Gregory Garcia

Center for Intelligent Machines and RoboticsDept. of Mechanical and Aerospace EngineeringUniversity of Florida

December 2008

Problem areas with AGV teleoperation interfaces:

- Communication - High-overhead - Poorly Designed - Outdated technologies

Page 2: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

Existing Interface

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Page 3: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

Functional Demonstration

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Page 4: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

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User Study ConditionsApparatus: •Quiet Room (2 days)•Laptop Computer (15.4 inch 1280x800 display)•Optical Mouse•Experimental and control InterfacesStudy Protocol:•5 minute tutorial and Q/A (2x) •Interface Evaluation (2x)• QuestionnaireMetrics:Quantitative

•Error Rate •Decision making time

Qualitative•Situational Awareness•Interaction Style•Eye Gaze

•Ease of use•User Confidence

•Strengths/ Weaknesses

•Random testing order

Page 5: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

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Results and AnalysisHo: OERstandard ≤ OERvideo Ha: OER standard > OERvideo

p-value = 0.27996, t’ = 0.58977, tα = 1.69913• Fail to reject the Null Hypothesis

• 28% probability that pattern is due to chance

One sided T-test for independent samples w/ unequal variancesα = .05

Two sided T-test for independent samples w/ unequal variancesα = .05

H0: DMTstandard – DMTvideo = 0 Ha: DMTstandard – DMTvideo ≠ 0

p-value = 0.2203, t’ = 1.26524, tα/2 = 2.08596• Fail to reject the Null Hypothesis

• 22% probability that patter is due to chance

Page 6: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

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Results and Analysis (2)

No Video Time With Video Time6.419411765 5.028823529

Other Observations•Unanimously chose Video interface•Highest marks for ease of learning•Increased User Confidence Level•Color scheme received favorably•Rely heavily on video for initial big-picture, used sensor fusion for details

Page 7: Augmented Reality Effects in JAUS Subsystem Commander Teleoperation Interfaces

Center for Intelligent Machines and RoboticsCollege of Engineering

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