INIS
control
100%
trajectories
100%
curves
100%
modeling
100%
safety
21%
levels
13%
automation
13%
assessments
13%
design
8%
accidents
8%
gain
8%
applications
8%
roads
8%
classification
8%
vehicles
4%
adults
4%
death
4%
switches
4%
populations
4%
feedback
4%
torque
4%
cars
4%
output
4%
monitoring
4%
people
4%
capture
4%
architecture
4%
guidelines
4%
automotive industry
4%
cooperatives
4%
performance
4%
tools
4%
control systems
4%
data
4%
environment
4%
size
4%
planning
4%
Social Sciences
Control
100%
Mathematical Model
100%
Theses
33%
Acceptance
25%
Understanding
20%
Approach
16%
Evaluation
12%
Automation
12%
Transport Safety
12%
Safety
12%
Driver Behavior
12%
Conflict
8%
Design
8%
Behavior
8%
Application
8%
Conceptualization
8%
Counselling
4%
Death
4%
Economic and Social Development
4%
Literature
4%
Prominent
4%
Intention
4%
Cooperatives
4%
Example
4%
Autonomous Vehicles
4%
Accidents
4%
Situation
4%
Architecture
4%
Motor Vehicles
4%
Complexity
4%
Age
4%
Size
4%
Procedures
4%
Driving Behavior
4%
Skills
4%
Environment
4%
Group
4%
Planning
4%
Performance
4%
Novels
4%
Automotive Industry
4%
Behavior Model
4%
Time
4%
Young Adults
4%
Standards
4%
Feedback
4%
Attempt
4%
Computer Science
Modeling
100%
Control
100%
Model
47%
Advanced Driver Assistance System
13%
Automation
13%
Classifier
8%
Application
8%
Accidents
8%
Driver Acceptance
8%
Design Guideline
4%
Assessment Model
4%
path-planning
4%
Design
4%
Driving Behavior
4%
Standards
4%
Complexity
4%
Behavior Model
4%
Theoretic Model
4%
Assessment Procedure
4%
Effective Approach
4%
Safe System
4%
classification approach
4%
Autonomous Vehicles
4%
Situation Awareness
4%
Assessment Method
4%
Active Control
4%
Haptic Feedback
4%
Psychology
Behavior
100%
Evaluation
50%
Computational
16%
Control System
16%
Complexity
16%
Group
16%
Tools
16%
Intention
16%
Goal
16%
Keyphrases
Preference Level
5%
Driver Classification
5%
Personalized Trajectory
5%
Current-assistance
5%
Driver Behavior Model
5%
Path Model
5%
Trajectory Classification
5%