Computer Science
Robot
100%
service robot
50%
User Experience
33%
Visual Representation
33%
YouTube
33%
Case Study
33%
Asked Participant
33%
Software Company
23%
Organizational Level
16%
Maturity Assessment
16%
Individual Level
16%
Confidence Level
16%
Knowledge Base
11%
Secondary User
11%
Industry Development
11%
robot design
6%
Human-Computer Interaction
6%
Software Developer
6%
Software Design
6%
Handling Mechanism
6%
Coordination Mechanism
6%
Participant Observation
6%
Development Project
6%
Keyphrases
Design Canvas
33%
Robot Development
33%
User Experience
33%
Robotics Industry
33%
Team Level
33%
UX Maturity
33%
UX Practice
33%
UX Management
33%
Commercial Robots
11%
Unique Design
11%
Robot Design
11%
Handling Mechanism
11%
Robot Pose
11%
Software Developers
11%
Mechanical Design
11%
Scrum
11%
Software Teams
11%
Software Design
11%
HCI Research
11%
Non-participant Observation
11%
Design Evaluation
11%
Coordination Modes
11%
Software Companies
11%
Acceptance Testing
8%
Touchless Gestures
8%
Superordinate Category
8%
Double Robots
8%
Efectiveness
6%
Professional Service Robots
6%
Far Complex
5%
Sound Directivity
5%
Engineering
Robot
33%
Subjective Experience
33%
Airfield
33%
Directivity
33%
Model Type
20%
Affinity Diagram
11%
Illustrates
6%
Sound Field
6%
Component Analysis
5%
User Experience
5%
Field Study
5%
Principal Components
5%
