TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
A | |
Accident analysis | |
accident severity | |
Adaptive Traffic Control | |
agent-based modelling | |
Air Traffic Management | |
Airline fleet management problem | |
Airport services | |
airside operations simulation | |
alarm-based | |
ARIMA | |
Artificial Neural Network | |
Assessment of Trams | |
Automated buses | |
Automated Number Plate Recognition data | |
automated vehicle management | |
automated vehicles | |
Autonomous Vehicle | |
autonomous vehicles | |
B | |
Barriers to commute to school | |
benchmarking | |
bicycles | |
bike sharing | |
bike-sharing | |
bike-sharing systems | |
bilevel optimization | |
binomial probit model | |
Blocking | |
bounded rationality | |
BSP | |
Bus lines selection | |
Bus passengers | |
bus services | |
business revenue | |
C | |
capacity expansion | |
car following parameters | |
Case Study | |
CAVs vs conventional vehicles | |
Chi-squared test | |
choice modelling | |
Citation network analysis | |
City Logistics | |
CO2 standards on cars | |
Collaborative logistics | |
Collision Prevention | |
Communication | |
Commute | |
Commuters pattern | |
Commuting | |
Complex networks | |
congestion pricing | |
Cooperative Adaptive Cruise Control | |
cooperative driving environments | |
cooperative traffic | |
COPERT | |
cost minimization | |
cross-correlation | |
Crossing Pedestrian | |
Cyclists | |
D | |
data fusion | |
Decomposition Methods | |
deep learning | |
Delay | |
Delay recovery | |
delivery tours | |
demand prediction | |
Demand Responsive Transportation | |
demand-responsive feeder | |
demand-responsive transit service | |
departure time choice problem | |
Developing and Politically Sensitive Countries | |
Disaster | |
dispatching | |
disruption | |
disruption management | |
Distribution network design | |
Door-to-door services | |
Driving simulator | |
Drought | |
Dynamic Decision policy | |
Dynamic Dial-a-Ride Problem | |
dynamic parameters | |
dynamic repositioning | |
dynamic routing | |
dynamic skim matrix | |
E | |
Elastic demand | |
Electric Car-Sharing | |
Electric Vehicle | |
Electric Vehicles (EVs) | |
Emissions | |
empirical analysis | |
energy consumption models | |
estimated time of arrival | |
Evacuation | |
extreme value theory | |
F | |
Feasibility | |
feature filtering | |
First and last mile trip | |
First/last-mile solutions | |
Fixed routes | |
fleet management | |
floating car data | |
Floating Car Data (FCD) | |
Force-based microscopic simulation | |
freeway traffic | |
Frequency setting | |
G | |
Game theory | |
Gap-acceptance | |
genetic algorithm | |
Geo-spatial data | |
Geolocation Data | |
GIS data | |
GPS tracking data | |
graphical lasso | |
Group Decision Making | |
H | |
Helicopters | |
Heterogeneous drivers | |
Household mobility survey | |
I | |
impacts evaluation | |
induced traffic | |
information asymmetry | |
Interaction | |
Intermodal rail | |
K | |
Kernel Logistic Regression | |
Krakow | |
L | |
Label Constrained Shortest Path Problem | |
Land-use | |
Large Multiple-Neighborhood Search | |
Large scale network | |
Last-Mile-Issue | |
Latent factors | |
learnheuristic-based approach | |
Lewis-Mogridge paradox | |
logistics and transportation | |
Logistics Corridors | |
logistics tenders | |
logit model | |
Low-cost devices | |
M | |
Machine learning | |
machine learning methods | |
Macroscopic Fundamental Diagram | |
macrosimulation | |
mathematical models | |
Mathematical programming | |
MATSim | |
mesosimulation | |
metro system | |
Metropolitan Freeway | |
microscopic traffic simulation | |
microsimulation | |
mixed integer linear programming | |
Mixed Traffic | |
Mixed traffic interactions | |
mixed-fleet public transport operations | |
Mobile depots | |
Mobile phone data | |
Models focused on passengers | |
Multi-Agent Simulation | |
multi-commodity network problem | |
Multi-Objective Optimization | |
Multi-objective Traffic Assignment | |
multi-terminal vehicle scheduling problem | |
multiclass assignment | |
multimodal cooperative service | |
multimodal GSOM model | |
Multimodal Mobility | |
Multimodal streets | |
Multiple Criteria And Decision Making Or Aiding | |
multiple criteria decision making | |
Multiple Criteria Decision Making/ Aiding (MCDM/A) | |
N | |
network design | |
network-related trajectory features | |
neural network | |
non-organised stakeholders | |
Non-parametric Utilities | |
O | |
OD matrix prediction | |
Omnichannel Supply Chain | |
On-demand transit services | |
On-road monitoring | |
Operating strategy of feeder transit services | |
Operational models | |
Operations management | |
Optimal Control | |
Optimisation | |
Ordered Probit Model | |
ordinal regression model | |
P | |
Parcel Lockers | |
park&ride location | |
parking availability forecast | |
participatory MCA | |
passenger mobility | |
Passive data collection | |
path marginal cost (PMC) | |
pattern recognition | |
Pedestrian Traffic | |
Pedestrians | |
peer-to-peer ridesharing | |
performance | |
Physical Internet | |
Plate scanning | |
platooning | |
Precipitation Events Detection | |
principle component analysis | |
Process Mining | |
public acceptance | |
public transport | |
public transport integration | |
Public Transportation | |
Public transportation network design | |
Punctuality | |
R | |
Rail freight transportation | |
railway network design | |
Random Utility Models | |
Ranking Problems | |
reactive dynamic assignment | |
Real-time information | |
regional dynamic traffic assignment | |
Regularity of deliveries | |
reliability | |
residual capacity | |
resilience index | |
Ride-hailing | |
Ridesharing | |
Ridesharing Services | |
road pricing | |
road safety | |
Road usage assessment | |
robustness | |
Rolling stock | |
Roundabout | |
Route Choice Modelling | |
route optimization | |
S | |
Safety | |
Santiago (Chile) | |
Savings Heuristic | |
Scenario Generation | |
Scenario-based optimisation | |
Sensor location problem | |
Service network design model | |
Service quality | |
shared automated vehicles | |
Shared Autonomous Vehicle | |
Shared mobility | |
Sharing economy | |
signal control | |
simulation | |
smart cities | |
Smart Mobility | |
social equity analysis | |
Soft and hard measures | |
Solution Sampling | |
spatiotemporal feature selection | |
Speed Models | |
state-space kalman filter model | |
Static Relocation | |
Stochastic Battery Performance | |
Stochastic MCDA | |
Stochastic model | |
Stochastic optimization | |
Stochastic Shortest Path | |
Strategic road network | |
SUMO | |
suppressed traffic | |
Sustainable mobility | |
Sustainable transport | |
Sustainable transport systems | |
system optimum (SO) | |
T | |
Taste Variations | |
Taxi demand | |
taxi management | |
team orienteering problem | |
timetables synchronization | |
Traffic Data Analytics | |
traffic flow modelling | |
Traffic Performance | |
Traffic Police | |
Traffic safety | |
Traffic sensors | |
Traffic Speed Variation | |
Traffic theory | |
Train timetables | |
Train Timetabling Problem (TTP) | |
trajectory data analysis | |
Transit app | |
Transit planning | |
Transport | |
transport demand | |
transport demand modeling | |
Transportation decision making | |
Transportation Decision Problem | |
transportation economics | |
Transportation network vulnerability | |
Transportation Planning | |
Transportation Systems | |
travel time | |
Travel time reliability | |
Trip matrices | |
Two-tier distribution systems | |
type of road accident | |
U | |
unmanned aerial vehicles | |
unsignalized intesection | |
urban freight vehicle flows | |
urban road transport | |
Urban Roads | |
Urban subcenter | |
urban traffic forecast | |
urban transport project appraisal | |
User Perception | |
V | |
V2X communication | |
vehicle platooning | |
Vehicle Routing Problem | |
Vehicle typology | |
Vehicle-to-Grid (V2G) | |
W | |
Wavelet analysis | |
Willingness to change: Public Transportation |