TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| ( | |
| (Shared) Autonomous Vehicles | |
| 1 | |
| 15-minute city | |
| 5 | |
| 5G | |
| A | |
| Acceptance | |
| Accessibility | |
| Accessibility Imbalance | |
| Accessibility measurement | |
| Accident detection | |
| Accumulation-based model | |
| Active inference | |
| Active mobility | |
| active school travel | |
| activity participation | |
| Activity Scheduling | |
| Activity Sequence | |
| Activity-based modeling | |
| Activity-based modelling | |
| Activity-based models | |
| Adaptive large neighborhood search | |
| Adaptive large-scale neighborhood search | |
| adaptive routing model | |
| Adoption decision | |
| adversarial inverse reinforcement learning | |
| agent-based modeling | |
| agent-based modelling | |
| agent-based simulation | |
| agent-based transport model | |
| airspace design | |
| Anomaly detection | |
| Arrival time choice behavior | |
| Artificial Intelligence | |
| Artificial Intelligence and Big Data Analytics | |
| Assisted model specification | |
| asynchronous decision making | |
| attention model | |
| attitudes | |
| Automated and connected driving | |
| automated driving | |
| Automated Fare Collection | |
| automated passenger counting | |
| automated road assessment | |
| Automated Vehicles | |
| automatic fare collection data | |
| Automatic Passenger Counting | |
| autonomous driving | |
| autonomous driving and routing | |
| Autonomous mobility | |
| Autonomous shuttles | |
| Autonomous taxi | |
| Autonomous vehicle crowdsourcing service | |
| autonomous vehicles | |
| B | |
| Backcasting | |
| Barrier effects | |
| battery degradation | |
| battery electric vehicle | |
| battery swapping | |
| Bayesian deep learning | |
| Bayesian Inference | |
| Bayesian Optimization | |
| Bayesian shrinkage | |
| bayesian statistics | |
| Before and after study | |
| behavioral adaptation | |
| Behavioral correlation | |
| Behavioural Intention | |
| behavioural interventions | |
| Benders decomposition | |
| Berlin (Germany) | |
| bi-level optimization | |
| Bicycle flow | |
| Bicycle owners | |
| bicycle route choice | |
| bicycle routing | |
| big data | |
| Bike-sharing | |
| Bike-sharing systems | |
| Bikeability | |
| Biking | |
| bilevel optimization | |
| Bivariate models | |
| Blackout uncertainty | |
| Blood Alcohol Concentration (BAC) | |
| Brain data | |
| Branch-and-price | |
| Branch-price-and-cut | |
| budget-feasible incentive mechanism | |
| Built environment | |
| Bus | |
| Bus fleet | |
| bus vs rail | |
| C | |
| calibrated travel time | |
| Calibration techniques | |
| capabilities approach | |
| Capacity allocation | |
| car ownership | |
| car sharing | |
| Carpooling | |
| cascaded queue model | |
| Causal Abstraction | |
| Causal inference | |
| censored demand | |
| change point detection | |
| Charger placement | |
| Charging behavior | |
| charging demand | |
| Charging demand prediction | |
| charging deployment | |
| charging infrastructure | |
| charging infrastructure allocation | |
| Choice Modelling | |
| Choice set generation | |
| choice-based optimization | |
| Circular economy | |
| City logistics | |
| climate resilience | |
| climate stress | |
| Cluster analysis | |
| clustering | |
| coffee supply chain | |
| Collaborative practices | |
| Column generation | |
| Combined passenger and freight transport | |
| community mapping | |
| Commuter | |
| commuting | |
| Computer vision | |
| Confirmatory factor analysis | |
| Conflict management | |
| Conflict-based risk | |
| congestion | |
| Congestion effects | |
| Congestion pricing | |
| conjunctive bounded choice model | |
| Connected and Automated Vehicles | |
| Connected and Automated Vehicles (CAV) | |
| Connected and autonomous vehicles | |
| connected autonomous vehicles | |
| Connectivity | |
| Constrained multinomial logit | |
| Consumer acceptance | |
| consumer behaviour | |
| Container truck appointment scheduling problem | |
| Context effect | |
| Context-dependent valuation | |
| continuous action space | |
| continuous approximation | |
| Continuous treatment | |
| continuum approximation model | |
| Copenhagen (Denmark) | |
| corner solutions | |
| Cost Optimization | |
| cross entropy | |
| cross-border impedance | |
| Cross-country Comparison | |
| cross-domain transfer | |
| crowding | |
| Crowding multiplier | |
| Crowding valuation | |
| Crowdshipping | |
| crowdsourced truck | |
| crowdsourcing | |
| Cruising speed | |
| Cumulative Store-and-Forward Model | |
| cycling behavior | |
| cycling behaviour | |
| cycling infrastructure | |
| Cycling route type | |
| Cycling Safety | |
| cycling skill | |
| Cyclist behavior | |
| Cyclist delay | |
| cyclist platoon detection | |
| D | |
| daily activity patterns | |
| data completeness | |
| Data fusion | |
| Data-driven modeling | |
| dataset heterogeneity | |
| Day-to-day dynamic traffic assignment | |
| decarbonization | |
| Decentralized Model Predictive Control | |
| Decision Field Theory | |
| Deep Generative Machine Learning | |
| Deep Learning | |
| deep reinforcement learning | |
| Deep Uncertainty | |
| Delay propagation | |
| delays | |
| Demand | |
| Demand allocation | |
| Demand density | |
| demand forecasting | |
| demand management | |
| Demand Modelling | |
| demand responsive transport | |
| Demand-Responsive Transport | |
| Design history | |
| Dial-a-ride model | |
| Dial-a-Ride Problem | |
| Difference-in-Differences | |
| directed flow distribution | |
| discrete choice | |
| discrete choice analysis | |
| discrete choice experiment | |
| Discrete choice model | |
| discrete choice modeling | |
| Discrete Choice Modeling (DCM) | |
| discrete choice modelling | |
| discrete choice models | |
| Discrete Mode Choice | |
| Disruption | |
| disruption detection | |
| Distance based pricing | |
| distance decay | |
| Distracted riding | |
| Dose response | |
| Drink-Driving | |
| Driver type identification | |
| Driving behavior | |
| drone data | |
| drone delivery | |
| Drone monitoring | |
| drone transport | |
| Drones | |
| DSRC communication | |
| Dynamic Decision Making | |
| Dynamic Discrete Choice Models | |
| Dynamic Electricity Pricing | |
| dynamic pricing | |
| E | |
| e-bike | |
| E-bike sharing systems | |
| E-micromobility usability | |
| E-scooter | |
| Economic optimization | |
| EEG | |
| egocentric vision | |
| Elderly | |
| Electric autonomous vehicles | |
| electric bikes | |
| electric buses | |
| electric road systems | |
| Electric taxis | |
| Electric vehicle | |
| Electric vehicles | |
| Emerging delivery modes | |
| emission trading | |
| Emission-based pricing | |
| Emotion Analysis | |
| endogenous demand | |
| endogenous sparsity | |
| Energy Efficiency | |
| Energy-efficient Transport | |
| ensemble learning | |
| Environmental Impacts | |
| Environmental impacts on transport | |
| eqasim | |
| Equilibrium | |
| equilibrium modelling | |
| equitable policy | |
| Equity | |
| equity and justice | |
| Equity-aware dispatch | |
| Ergodicity proof | |
| European rail | |
| EV charging behaviour | |
| Evidence accumulation | |
| Evolutionary Game Theory | |
| Experiment | |
| experimental economics | |
| Experimental study | |
| explainable AI | |
| external costs | |
| extreme heat | |
| Extreme Weather | |
| Eye tracking | |
| F | |
| fairness | |
| family carpooling | |
| Fare System Pricing | |
| fast charger | |
| Fenchel--Young estimation | |
| field experiment | |
| first mile | |
| First-last mile connectivity | |
| Fleets | |
| Flexible transit | |
| flooding | |
| Flow imbalance | |
| Flow-based optimization | |
| Fraud modeling | |
| Free energy principle | |
| freeway control | |
| freight electrification | |
| Freight procurement platform | |
| Freight transport | |
| Freight transport planning | |
| Functional scenarios | |
| G | |
| game theory | |
| Game-theoretic model | |
| Gaussian process | |
| Gaussian Processes | |
| GCN-BLSTM | |
| gender | |
| Gender heterogeneity | |
| Gendered mobility | |
| general equilibrium | |
| generalised travel time | |
| generalized Bayesian Nash equilibrium | |
| Generative adversarial networks | |
| generative machine learning | |
| generative models | |
| Genetic algorithms | |
| GNSS trajectories | |
| GPS | |
| GPS Data | |
| GPS panel data | |
| GPS tracking | |
| GPS trajectories | |
| GPU Acceleration | |
| gradients | |
| Graph machine learning | |
| graph neural network | |
| graphical model | |
| grid stability | |
| Group-based signal control | |
| GSOM multimodal model | |
| GTFS schedule | |
| H | |
| habit discontinuity | |
| habit panel data | |
| heavy-duty vehicles | |
| Heterogeneity | |
| Heterogeneous travel patterns | |
| High-speed rail | |
| Hot coherence | |
| Household car assignment | |
| Household schedule | |
| Household travel surveys | |
| Human driving | |
| hybrid choice model | |
| hybrid fleet optimization | |
| Hybrid Machine Learning Algorithms | |
| Hydrogen mobility | |
| Hydrogen refueling | |
| hyperlocal | |
| I | |
| ICLV | |
| Immigrant integration | |
| Impedance functions | |
| Implicit perceived availability | |
| incentive | |
| incentive mechanisms | |
| Incentives | |
| incentivization | |
| incomplete information | |
| indoor pedestrian behavior | |
| Innovative Air Mobility | |
| integerization | |
| Integrated learning and optimization | |
| Integrated Public Transport Systems | |
| Integrated simulation framework | |
| intention prediction | |
| intercity travel | |
| intermodality | |
| Interpretability | |
| interpretation | |
| Intersection performance | |
| intervention | |
| intra-household interactions | |
| Intractable Choice Sets | |
| inverse flow estimation | |
| Inverse reinforcement learning | |
| iRAP | |
| ITS | |
| J | |
| job satisfaction | |
| Joint Optimization | |
| Joint trips | |
| K | |
| Kalman Filter | |
| Karma | |
| Kernel methods | |
| KL divergence | |
| L | |
| lab experiment | |
| Land-use planning | |
| lane sharing | |
| Lane-Changing | |
| lane-free traffic | |
| Large Language Model | |
| Large Language Modeling | |
| Large Language Models | |
| Large Language Models (LLMs) | |
| last-mile delivery | |
| last-mile delivery problem | |
| Last-Mile Mobility | |
| Latent class | |
| Latent class analysis | |
| latent profile analysis | |
| latent variables | |
| Lateral flow control | |
| Learning | |
| leisure | |
| LiDAR Point Clouds Technology | |
| LiDAR-IMU | |
| life satisfaction | |
| LightGBM | |
| Likelihood-Free Inference | |
| Limited rerouting | |
| line planning | |
| line planning problem | |
| Linear mixed-effects models | |
| Linear regression | |
| link-cost model | |
| Location choice | |
| location model | |
| logic-based Benders decomposition | |
| Logsum | |
| long-distance passenger transport | |
| long-distance rail | |
| Long-distance travel | |
| longitudinal analysis | |
| longitudinal mixed-method approach | |
| Low-Altitude Air Transport | |
| Luxembourg | |
| M | |
| MaaS | |
| machine learning | |
| Machine-Learning | |
| Macroscopic fundamental diagram | |
| Macroscopic Fundamental Diagram (MFD) | |
| Madrid | |
| market competition | |
| market design | |
| Markov chain Monte Carlo | |
| Markov decision process | |
| Markov model | |
| Markovian traffic equilibrium | |
| MDCEV Model | |
| Mean field | |
| mean field control | |
| Mean field games | |
| Meta-analysis | |
| metaheuristics | |
| Methodology | |
| metro | |
| Metro service | |
| Metropolis-Hastings | |
| Micro-mobility | |
| micromobility rebalancing | |
| micromobility vehicles | |
| Microscopic traffic simulation | |
| Missing by Design | |
| Mixed logit | |
| Mixed traffic environments | |
| Mixed Transit Network | |
| mixed-integer program | |
| Mobile Network Data | |
| Mobile Sensing | |
| mobility | |
| Mobility behaviour | |
| mobility choices | |
| Mobility Culture | |
| Mobility management | |
| mobility on-demand | |
| Mobility Patterns | |
| Mobility-as-a-Service | |
| Mobility-on-Demand | |
| modal accessibility gap | |
| Modal shift | |
| Modal Split | |
| mode choice | |
| Mode choice modeling | |
| model fusion | |
| Model Predictive Control | |
| model specification | |
| Model Transferability | |
| Model-based | |
| modified policy iteration | |
| Modular autonomous vehicle | |
| Modular vehicles | |
| monetary segment pricing | |
| Monte Carlo simulation | |
| Multi-agent reinforcement learning | |
| multi-agent systems | |
| Multi-criteria decision analysis | |
| multi-modal mobility system | |
| Multi-modal transport | |
| multi-period optimization | |
| Multi-reservoir systems | |
| multi-task classication | |
| multi-task learning | |
| multi-UAV systems | |
| multicriteria optimization | |
| Multimodal | |
| Multimodal integration | |
| multimodal interaction | |
| multimodal spatial availability | |
| multimodal traffic control | |
| Multimodal trajectory prediction | |
| Multimodal transport | |
| Multimodal Transportation System | |
| Multimodal trip planning | |
| multinomial logit | |
| Multiple user equilibrium | |
| N | |
| Narrative messages | |
| national travel survey | |
| Natural Language Processing (NLP) | |
| Naturalistic data | |
| Naturalistic observational data | |
| naturalistic panel data | |
| Negative binomial distribution | |
| Neighbourhood boundaries | |
| Nested Fixed Point Estimation | |
| Network buffer capacity | |
| network design | |
| Network disruption | |
| Network Latency | |
| neural network | |
| Non-car transport modes | |
| nonlinear effects | |
| Nudge | |
| nuisance flooding | |
| O | |
| Objective Safety | |
| Obstacle Detection | |
| off-street parking | |
| older adults | |
| On-demand delivery | |
| on-demand feeder services | |
| On-demand mobility | |
| On-street parking | |
| On-street parking fees | |
| online meal delivery | |
| Open Science | |
| Open Science Monitoring | |
| OpenStreetMap | |
| Operations research applications | |
| optimal control | |
| optimisation | |
| Optimization | |
| outliers | |
| P | |
| P-space graph representation | |
| Panel data | |
| parental perception | |
| Pareto Analysis | |
| Pareto Optimality | |
| Parking demand | |
| parking pricing | |
| Parking waiting time estimation | |
| partial controllability | |
| Partial express services | |
| Passenger behavior | |
| passenger behaviour | |
| Passenger counting data | |
| Passenger positioning | |
| passenger satisfaction | |
| pedestrian behavior modeling | |
| pedestrian behaviour | |
| pedestrian crossings | |
| Pedestrian Infrastructure Assessment | |
| Pedestrian Level of Service (PLOS) | |
| Pedestrian road crossing | |
| pedestrian signal coordination | |
| pedestrian street | |
| pedestrian-vehicle interaction | |
| Peer-to-Peer Car-Sharing | |
| People with disabilities | |
| perceived accessibility | |
| Perceived safety | |
| Performance Regime | |
| Perimeter control | |
| periodic vehicle routing | |
| persistent monitoring | |
| Person-Based Accessibility | |
| person-time measure | |
| Persona | |
| Persona Representation | |
| personal carbon budgets | |
| perturbed utility | |
| Perturbed utility route choice | |
| physics-informed deep learning (PIDL) | |
| pickup and delivery | |
| Pink tax | |
| Policy making | |
| Population change | |
| population dynamics | |
| Population Synthesis | |
| Positioning strategy | |
| Positive Systems | |
| potential mean-field game | |
| power supply | |
| power system flexibility | |
| Pricing | |
| Pricing and capacity optimization | |
| Pricing strategies | |
| Proactive safety warning | |
| probabilistic control | |
| probabilistic model | |
| proximity-based planning | |
| pseudo panel | |
| Psychological needs | |
| Public and commercial charging stations | |
| Public charging infrastructure | |
| public transport | |
| Public Transport Operation | |
| Pushed information | |
| Q | |
| quality of life | |
| quantification | |
| quantum computation | |
| Quantum Game Theory | |
| quantum insertion heuristic | |
| Quantum Position Verification | |
| queueing | |
| R | |
| rail infrastructure | |
| Railway | |
| Railway capacity | |
| randomized routing | |
| Rational inattention | |
| Reachability Analysis | |
| real-time information | |
| Real-time optimization | |
| recursive logit | |
| Regional Access | |
| Regional development | |
| Regional paths | |
| regression models | |
| Regularization term | |
| Reinforcement learning | |
| Renewable energy integration | |
| Reproducible Science | |
| Rerouting factor | |
| Residential choice | |
| residential parking location | |
| Residential self-selection | |
| resilience | |
| Resilience Planning | |
| Resilient operation | |
| Response time | |
| Reusable packaging | |
| Revealed and stated preference | |
| Revealed preference | |
| reverse auction | |
| Reverse logistics | |
| RI-CLPM | |
| Ride-hailing | |
| ride-hailing demand | |
| ride-pooling | |
| Ride-sourcing | |
| ride-splitting | |
| rider safety | |
| Ridership optimization | |
| Ridesharing | |
| risk maps | |
| risk-aware routing | |
| Risk-trigger strategies | |
| risky choice | |
| road average speed | |
| Road Network | |
| road network performance | |
| road safety | |
| Road Traffic Accidents | |
| robotaxi | |
| Robust optimization | |
| route choice | |
| route choice modeling | |
| Route choice modelling | |
| Route familiarity | |
| routing | |
| Routing problem | |
| Rural Mobility | |
| S | |
| Safety externalities | |
| Safety Service Patrol | |
| Safety validation | |
| sample average approximation | |
| saturated parking systems | |
| saturation balance equation | |
| Scalable Bayesian Inference | |
| scale heterogeneity | |
| Scenario sampling | |
| Scenario-based testing | |
| school travel behaviour | |
| self-balancing | |
| SEM | |
| Semantic-Conditioned Generative Modeling | |
| Semi-structured interviews | |
| Sensitivity analysis | |
| Sequential attributes | |
| Service area | |
| service area design | |
| service network design | |
| Service Quality | |
| Service Reliability | |
| SHAP | |
| Share-a-ride problem | |
| Shared autonomous mobility | |
| Shared autonomous vehicles | |
| Shared charging stations | |
| Shared e-scooter | |
| Shared electric micromobility | |
| Shared mobility | |
| Shared Mobility Solution | |
| Shared passenger-freight transport | |
| Shared spaces | |
| Sidewalk Performance | |
| Signalized intersections | |
| Simulation | |
| simulation-based analysis | |
| Simulation-based inference | |
| Single-trial joint modelling | |
| Smart card data | |
| socio-demographic inference | |
| sociological theory of action | |
| Soft time window | |
| Space-Time Prism | |
| Spatial causal inference | |
| spatial economics | |
| spatial equilibrium | |
| spatial equilibrium model | |
| spatial heterogeneity | |
| spatial optimization | |
| spatio-temporal forecasting | |
| Spatio-temporal modeling | |
| Spatiotemporal Prediction | |
| Spatiotemporal uncertainty | |
| Spectral analysis | |
| Stability analysis | |
| Stackelberg game | |
| State-of-charge dynamics | |
| Stated choice experiments | |
| stated preference | |
| Stated-preference data | |
| Static networks | |
| Stochastic choice model | |
| stochastic gradient Langevin dynamics | |
| Stochastic modelling | |
| Stochastic optimization | |
| Stochastic Programming | |
| strategic modelling | |
| street-level imagery | |
| stress | |
| Structural Causal Models | |
| Structured airspace | |
| Student mobility | |
| Subjective Safety | |
| suburbanization | |
| Supply | |
| supply chain resilience | |
| Surrogate Modelling | |
| surrogate safety measures | |
| survey data | |
| Survey Design | |
| sustainability | |
| sustainable aviation | |
| Sustainable mobility | |
| Sustainable Transitions | |
| Sustainable Transportation | |
| Switching Model Predictive Control | |
| Symbolic Meaning | |
| Symbolic Regression | |
| Symbolic Regression (SR) | |
| Synthetic Difference-in-Differences | |
| Synthetic Population | |
| Synthetic Population Forecasting | |
| Synthetic Population Generation | |
| system dynamics | |
| Systematic review | |
| systems thinking | |
| T | |
| Tabular attributes | |
| technology adoption | |
| Technology Adoption Timing | |
| Thematic analysis | |
| thought experiments | |
| Threshold effect | |
| Time expanded network model | |
| time use | |
| Time Window Elasticity | |
| time-dependent | |
| Time-dependent vehicle routing | |
| Time-of-Day Choices | |
| Timetable Optimization | |
| Time–space networks | |
| Track Access Charge | |
| tracking-based travel survey | |
| Tradable Credit Scheme | |
| tradable credit schemes | |
| Traffic accident | |
| traffic assignment | |
| traffic assignment models | |
| traffic congestion | |
| traffic control | |
| Traffic Flow Theory | |
| Traffic hysteresis | |
| Traffic Incident Management | |
| traffic indicators | |
| Traffic management | |
| Traffic Safety | |
| Traffic signal impact | |
| traffic simulation | |
| traffic speed prediction | |
| Traffic State Estimation | |
| Traffic variable estimation | |
| Traffic-dependent trip distance | |
| Trajectory Data | |
| Trajectory Prediction | |
| transfer learning | |
| transfer minimisation | |
| transfer penalty | |
| Transformer | |
| Transformers | |
| transit network design | |
| Transit‑oriented development (TOD) | |
| transport appraisal | |
| transport cost-benefit analysis | |
| Transport decarbonization | |
| Transport Demand Management | |
| Transport demand modelling | |
| Transport equity | |
| Transport Equity and Justice | |
| Transport investment | |
| transport justice | |
| transport mode choice | |
| transport modelling | |
| transport network design | |
| transport network modelling | |
| Transport safety | |
| transport simulation | |
| Transport systems | |
| Transportation Network Companies | |
| Transportation Research | |
| Travel behavior | |
| Travel behaviour | |
| travel demand | |
| Travel demand synthesis | |
| Travel party composition | |
| Travel passes | |
| travel planning | |
| Travel Survey | |
| Travel Time | |
| travel time variability | |
| travel wellbeing | |
| Traveler profiling | |
| Trip based 3D MFD | |
| Trip distribution estimation | |
| Trip purpose | |
| Trip-based MFD | |
| Truck Electrification | |
| Trust | |
| two-echelon | |
| Two-echelon vehicle routing | |
| Two-stage optimization | |
| two-stage stochastic programming | |
| U | |
| UAV corridors | |
| UK | |
| uncertainty quantification | |
| Unmanned Aerial Vehicles | |
| Urban air mobility | |
| Urban cycling behaviour | |
| urban economics | |
| urban freight transport | |
| Urban freight transport and city logistics | |
| Urban logistics | |
| urban mobility | |
| Urban Morphology | |
| Urban rail transit | |
| urban traffic | |
| urban traffic analysis | |
| Urban traffic monitoring | |
| Urban Transport | |
| Urban transportation | |
| Urban-rural bus | |
| user equilibrium | |
| Utility Function Discovery | |
| V | |
| V2G | |
| V2V communication | |
| validation framework | |
| Value of Time | |
| value of travel time | |
| variable speed limits | |
| Variance Decomposition | |
| variational autoencoders | |
| variational inequality | |
| Vehicle integrated photovoltaics | |
| Vehicle kilometres travelled (VKT) | |
| Vehicle Routing | |
| Vehicle Routing Problem | |
| vehicle scheduling | |
| vehicle stops | |
| Vehicle trajectories | |
| Vehicle-to-Grid | |
| vehicle-to-grid (V2G) | |
| viability theory | |
| Video analysis | |
| vignette experiment | |
| Virtual reality | |
| virtual reality experiment | |
| vision-language model | |
| volunteered geographic information (VGI) | |
| vulnerability | |
| Vulnerable road users | |
| W | |
| walkability | |
| Walking | |
| wardrop equilibrium | |
| wearables | |
| weighted shortest path | |
| wellbeing | |
| Wi-Fi observation | |
| wider economic impacts | |
| willingness to pay | |
| willingness to walk | |
| Work-Family Conflict | |