Keyphrases
Attention Allocation
9%
Automation Failure
9%
Automation Level
18%
Command-and-control
20%
Control Map
9%
Crash
9%
Crossing Decision
17%
Dismounted Soldiers
29%
Display Type
11%
Driving Experience
10%
Driving Simulator
13%
Experienced Drivers
25%
Hazard Perception
29%
Hazard Perception Training
12%
Hazardous Situation
12%
Highly Automated Driving
9%
Human Factors
11%
Human-following Robot
19%
Human-robot Interaction
28%
In-vehicle
11%
Military
24%
Multiple Operators
11%
Officers
9%
Older Adults
23%
Operational Task
15%
Pedestrian
35%
Perception Ability
14%
Police Officers
9%
Road Crossing
14%
Robotics
17%
Situation Awareness
20%
Socially Assistive Robots
22%
Soldiers
19%
Tactile Cues
11%
Tactile Interface
11%
Takeover Request
9%
Task Demands
12%
Thigh
13%
Traffic Scene
15%
UAV
51%
Unmanned Aerial Systems
20%
Unmanned Systems
23%
Unmanned Vehicle
15%
Urban Environment
11%
User Perception
10%
Vibrotactile
17%
Video Feed
26%
Visual Quality
12%
Young Novice Drivers
13%
Young-inexperienced Drivers
11%
Computer Science
Algorithm Development
5%
Artificial Intelligence
13%
Autonomous Vehicles
6%
Command and Control (C2)
11%
Decision-Making
7%
Driving Simulator
6%
Future Direction
8%
Graphic Communication
8%
Human Operator
9%
Human Robot Interaction
20%
Information Item
5%
Information Processing
5%
Intelligence Gathering
6%
Interaction Design
7%
Machine Learning
11%
Military Operation
6%
Mobile Robot
6%
Mobile Robotics
5%
Multiple Operator
9%
Objective Measure
6%
Online Customer
6%
Operational Environment
6%
Performance Data
11%
Performance Difference
6%
Performance Operator
6%
Response Time
17%
Robot
100%
Signal Detection Theory
9%
Situation Awareness
15%
Situation Management
6%
tactile display
9%
Tactile Feedback
6%
Task Performance
10%
Telepresence
6%
Unmanned Aerial Vehicle
42%
Urban Environment
7%
Use Case
7%
Vertical Plane
6%
Visual Quality
9%
