INIS
speed
100%
transport
100%
performance
100%
passengers
100%
modeling
100%
indicators
83%
economics
66%
dynamics
33%
capacity
33%
equipment
16%
figure of merit
16%
japan
16%
topology
16%
earthquakes
16%
cost
16%
gross domestic product
16%
Earth and Planetary Sciences
Event
100%
Passenger Transport
100%
Mathematical Model
100%
Rail
100%
Passenger
42%
Condition
28%
Service
28%
Work Capacity
14%
Assumption
14%
Estimating
14%
Gross Domestic Product
14%
Route
14%
Earthquake
14%
Model
14%
Station
14%
Set
14%
Modeling
14%
Japan
14%
Economics, Econometrics and Finance
Passenger Transport
100%
High-Speed Rail
100%
Scientific Modelling
100%
Economics
66%
Social Economics
66%
Gross Domestic Product
33%
Stakeholder
33%
Social Sciences
Transport Network
100%
Resilience
100%
Methodology
50%
Service Industries
33%
Consumers
33%
Capacity
33%
Japanese
16%
Stakeholders
16%
Contribution
16%
Actors
16%
Work
16%
Scenarios
16%
Statistical Inference
16%
Engineering
Railway
33%
Facilities
16%
Estimation
16%
Operational Condition
16%
Scenario Approach
16%