TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| A | |
| A two-sided market | |
| Acceptance uncertainty | |
| Accessible sidewalk | |
| Adaption time | |
| adaptive large neighborhood search | |
| Adaptive Learning | |
| Adaptive Routing | |
| Advanced Air Mobility (AAM) | |
| Aerial Network | |
| Agri-food supply chain | |
| Airline Fleet and Crew Scheduling | |
| Airport leakage | |
| airport slot allocation | |
| ALNS | |
| alternative fuel vehicles | |
| Approximate dynamic programming | |
| Arrival time spread | |
| Arrival time Synchronization | |
| Artificial Currencies | |
| artificial intelligence | |
| assignment | |
| asymptotic optimality | |
| Attended home deliveries | |
| Attended Home Delivery | |
| Autonomous Mobile Robots | |
| autonomous mobility on demand | |
| autonomous mobility-on-demand | |
| Autonomous Modular Public Transit (AMPT) | |
| autonomous modular vehicle | |
| Autonomous Modular Vehicle Technology (AMVT) | |
| Autonomous vehicles | |
| Availability Control | |
| B | |
| Backhauling | |
| BAP | |
| bathtub model | |
| Bayesian Optimization | |
| Benders decomposition | |
| Benders’ decomposition | |
| Bi-level Optimization | |
| bi-objective | |
| Bicycle courier service | |
| Branch and Cut Method | |
| branch and price | |
| Branch-and-cut | |
| branch-and-price | |
| Branch-price-and-cut | |
| BRDUE | |
| bystanders | |
| C | |
| Capacity availability | |
| Car Rental | |
| Car Sharing | |
| cargo bicycle delivery | |
| Cargo tunnel | |
| carsharing | |
| chance-constrained model | |
| Charger location | |
| charging | |
| choice-based linear programming | |
| City Logistics | |
| Clustering | |
| clustering-based heuristic | |
| co-modality | |
| coalition structure | |
| Collaboration | |
| Collaborative aircraft routing | |
| Collaborative distribution | |
| Collaborative Robots | |
| Collaborative transportation planning | |
| Collaborative Vehicle Routing | |
| Collection problem | |
| Collision Avoidance | |
| Column generation | |
| column-and-constraint generation | |
| Column-generation algorithm | |
| combinatorial auction | |
| Combinatorial Benders’ cuts | |
| Combinatorial Optimization | |
| Commuting trips | |
| Comparative Statics | |
| Compensation schemes | |
| completion bounds | |
| Computational complexity | |
| congestion game | |
| Congestion Games | |
| Congestion Pricing | |
| Connected and automated vehicles | |
| Connected and Autonomous Vehicle | |
| Consolidation | |
| continuous approximation | |
| continuous time | |
| Convex Program | |
| cooperative game theory | |
| Cooperative Scheduling | |
| Core | |
| cost function approximation | |
| cost funtion approximation | |
| cost prediction | |
| Cost-Function Approximation | |
| Counts time-series | |
| COVID-19 pandemic | |
| crew scheduling | |
| Crowd-shipping | |
| Crowdshipper behavior | |
| crowdsourced delivery | |
| crowdsourced transportation | |
| crowdsourcing | |
| Curbside management | |
| Customer privacy | |
| CVRP | |
| D | |
| Daily Package Shipment | |
| data-driven | |
| Data-Driven Customer Acceptance | |
| data-driven optimization | |
| day-to-day departure time choice | |
| decarbonization | |
| decision support | |
| Deep learning | |
| deep reinforcement learning | |
| Delivery as a Service | |
| demand location | |
| Demand Management | |
| Deprivation costs | |
| destroy-and-repair | |
| Disaster Response | |
| dockless system | |
| Driver incentive | |
| drone delivery | |
| drone delivery plan | |
| Drone package delivery | |
| Drones | |
| DSO | |
| Dual cycling | |
| Dual inequalities | |
| Dwell time | |
| Dwell time uncertainty | |
| Dynamic adjacent graphs | |
| dynamic discretization discovery | |
| Dynamic Dispatch Waves with Time Windows | |
| dynamic matching | |
| dynamic optimization problems | |
| dynamic population game | |
| Dynamic pricing | |
| dynamic programming | |
| Dynamic Routing | |
| dynamic service network design | |
| dynamic stochastic drone routing | |
| Dynamic stochastic routing | |
| Dynamic Traffic assignment | |
| Dynamic vehicle dispatch | |
| Dynamic vehicle routing | |
| dynamic vehicle routing problem with time windows | |
| E | |
| E-Commerce | |
| e-commerce logistics | |
| education | |
| electric truck routing and driver scheduling problem (eTRDSP-CS) | |
| Electrification of transports | |
| Emergency medical service | |
| emergency medical services | |
| Emissions Accounting | |
| Equilibrium | |
| Equitable and stable two-sided matching (ESTM) | |
| Equity | |
| Equity metrics | |
| EURO meets NeurIPS VRP competition | |
| evacuation | |
| exact algorithms | |
| exact method | |
| expectation-maximization algorithm | |
| Exploration-exploitation trade-off | |
| explore-and-bound algorithm | |
| F | |
| facility location | |
| Fair Routing | |
| Fairness Efficiency Tradeoff | |
| First mile | |
| First-mile Ride-sharing | |
| First-mile ridesharing | |
| First/last mile | |
| Fixed charge | |
| Fleet composition | |
| Fleet Management | |
| Fleet size planning | |
| Fleet transition | |
| fleet-sizing | |
| Flex-route transit system | |
| Flexibility | |
| Flexible Frequencies | |
| fluid approximation | |
| Food Banks | |
| Forecasting | |
| free-floating bike-sharing | |
| freight on transit | |
| Freight regulations | |
| Freight transportation | |
| G | |
| Gale-Shapley (GS) algorithm | |
| Game-theoretic Control | |
| Gaussian Process Regression | |
| generalized mean-field game | |
| genetic algorithm | |
| Ghost kitchens | |
| GPS tracking data | |
| Graph Neural Network | |
| Green Transportation | |
| greener freight transportation | |
| Grid Transit System | |
| ground-drones delivery | |
| guided local search | |
| H | |
| Handover relations | |
| heatmap | |
| heterogeneous server location | |
| Heterogenous fleet | |
| Heuristic | |
| Heuristics | |
| Hierarchical Clustering | |
| Historical Data | |
| Home delivery services | |
| Horizontal Collaboration | |
| Hub constraints | |
| hub location | |
| Hub network design | |
| humanitarian logistics | |
| humanitarian supply chain | |
| Hybrid Genetic Search | |
| hybrid learning and optimization | |
| Hybrid Networks | |
| Hyperconnectivity | |
| I | |
| Imitating strong branching | |
| Immobile target | |
| Implementation | |
| Information Fusion | |
| infrastructure deployment | |
| Instant delivery | |
| Integer programming | |
| Integrated consolidation-based freight transportation | |
| integrated demand management and vehicle routing | |
| Integrated Optimization | |
| Integrated Planning | |
| Integrated warehousing and distribution | |
| Integration of timetabling and passenger routing | |
| interactive | |
| Intermediate Storage | |
| Intermodal Transport | |
| inventory | |
| Inventory constraints | |
| inventory control policy | |
| Inventory Routing Problem | |
| Inverse Optimization | |
| ISR | |
| J | |
| Joining/Disjoining of Pods | |
| K | |
| k-Cardinality Trees | |
| Kalman Filter | |
| karma mechanism | |
| Kriging | |
| L | |
| large neighborhood search | |
| Last mile | |
| Last Mile Delivery | |
| Last Mile Logistics | |
| Last mile routing | |
| last-mile deliveries | |
| Last-mile delivery | |
| Last-mile transport | |
| Learning Preferences | |
| learning-based matheuristic | |
| Less-than-truckload | |
| Linear Optimization | |
| Linear Programming | |
| load plan modification | |
| Loading Operations | |
| local optimization | |
| local search | |
| local search algorithm | |
| location problem | |
| locational demand model | |
| Logistics | |
| long haul electric truck | |
| Lookahead algorithm | |
| M | |
| machine learning | |
| Many-to-Many Pickup-and-Delivery with Split Loads | |
| many-to-one matching market | |
| Marginal Cost | |
| Markov chains | |
| Markov Decision Process | |
| Matching | |
| Mathematical Modelling | |
| Matheuristics | |
| mean-field reinforcement learning | |
| medical supply | |
| Metaheuristics | |
| micro-hubs | |
| Microhub with Crowdshipping | |
| Microtransit | |
| middle mile | |
| Mission Planning | |
| Mixed Integer Linear Programming | |
| Mixed Integer Programing | |
| Mixed Integer Programming | |
| mixed integer second-order cone programming | |
| mixed traffic | |
| mixed-integer linear program | |
| mixed-integer optimization | |
| Mixed-integer programming | |
| ML-CO pipeline | |
| mobile facilities | |
| mobility-on-demand | |
| Mode Choice | |
| morning commute | |
| multi commodity | |
| multi-agent learning | |
| multi-class traffic assignment | |
| multi-depot vehicle routing problem | |
| multi-echelon | |
| Multi-echelon vehicle routing | |
| Multi-period | |
| Multi-period allocation-routing | |
| multi-trip | |
| multi-variable generation | |
| Multi-vehicle inventory routing | |
| Multiclass Equilibrium Models | |
| Multigraph | |
| Multimodal accessibility | |
| Multimodal Mobility | |
| Multimodal transport hub | |
| Multiple heterogeneous depots | |
| Multiple products | |
| Multivariate time-series | |
| N | |
| Nash-Cournot game | |
| Network Design | |
| network flow problem | |
| network learning | |
| Network Restoration | |
| networks | |
| Next-day service routing | |
| NLP model | |
| Non-stationary combinatorial Gaussian bandits | |
| non-subadditive games | |
| non-tradable credit | |
| nonbipartite matching | |
| nonmonetary mechanism design | |
| Nucleolus | |
| O | |
| occasional drivers | |
| on-demand delivery | |
| On-demand service | |
| Online food delivery | |
| Online Grocery Shopping | |
| Online learning | |
| Online Optimization | |
| online vehicle routing | |
| Optimization | |
| optimization proxies | |
| Order Dispatching | |
| Order Fulfillment | |
| outlier score | |
| P | |
| Pandemic Logistics | |
| Parcel delivery | |
| Parcel Locker | |
| Parcel lockers | |
| pareto curve | |
| Pareto front approximation | |
| park-and-loop | |
| Parking | |
| Parking management | |
| partial deliveries | |
| Passenger alighting and boarding process | |
| Passenger alighting and boarding rates | |
| Passenger flow between platform and vehicle | |
| Passenger guidance systems | |
| Path Planning | |
| Periodic timetabling | |
| Periodic VRP | |
| Perishable products | |
| Personalized choice | |
| personnel planning | |
| physical internet | |
| Physics Informed Regularization | |
| Pick-up and Delivery | |
| pick-up and drop-off | |
| pickup and delivery | |
| Pickup and delivery problem with time windows | |
| Pickup-and-Delivery Problem | |
| platoon coordination | |
| Pod | |
| Port Logistics | |
| Prediction | |
| Predictive Cut | |
| Pricing | |
| pricing problem | |
| pricing zone | |
| prize-collecting vehicle routing problem | |
| Prize-collection problems | |
| probabilistic repositioning | |
| Production Routing Problem | |
| Production Scheduling | |
| progressive hedging method | |
| Progressive-hedging metaheuristic | |
| public policy | |
| Public Transit | |
| Public transport | |
| public transportation | |
| Public transports | |
| Q | |
| Quantum Computing | |
| R | |
| rail operations | |
| railway operations | |
| railway rolling stock | |
| Railways | |
| Rate-based model | |
| Real-time information | |
| Rebalancing | |
| recharge battery problem | |
| refueling infrastructure | |
| Regret | |
| regret bounds | |
| Reinforcement Learning | |
| relay logistics | |
| Relay-Transportation | |
| rental electric vehicle | |
| Replenishment | |
| Resource Allocation | |
| rest area/truck stop | |
| Restaurant industry | |
| Restaurant meal delivery | |
| Ride sourcing | |
| Ride-hailing | |
| Rider preferences | |
| Ridesharing | |
| Road network | |
| Road Tolling | |
| Robots-as-a-Service | |
| Robust Optimisation | |
| robust optimization | |
| Roll-on Roll-off | |
| rolling horizon | |
| Rolling horizon framework | |
| Routing | |
| routing consistency | |
| routing models | |
| row-and-column generation | |
| Rural last-mile delivery | |
| S | |
| same-day deliveries | |
| Same-Day Delivery | |
| Sampling | |
| Scheduled service network design | |
| Scheduled Service Network Design Problem | |
| Scheduling | |
| school bus routing | |
| school district design | |
| school redistricting | |
| Semi-flexible transit | |
| Semi-flexible transit system | |
| Sensors | |
| Sequential decision process | |
| service network design | |
| set improvement neighborhood search | |
| shared mobility service | |
| Shared transport | |
| shipment consolidation | |
| Simulation Optimization | |
| simulator | |
| Small city logistics | |
| Smart city logistics | |
| Space allocation | |
| split delivery | |
| Stability | |
| Stable Matchings | |
| Stackelberg game | |
| statistical learning | |
| Stochastic demand | |
| stochastic dynamic decision making | |
| Stochastic Dynamic Decision Problems | |
| Stochastic dynamic vehicle routing | |
| stochastic energy consumption | |
| stochastic inventory routing | |
| Stochastic lookahead | |
| Stochastic optimization | |
| Stochastic requests | |
| stochastic variational inequality | |
| stochastic vehicle routing | |
| structured learning | |
| Subscription Services | |
| Supply management | |
| sustainable operations | |
| synchromodal transport | |
| Synchronization | |
| System Efficiency | |
| System Optimal | |
| System optimum assignment (SOA) | |
| T | |
| Tactical planning | |
| technician routing problem | |
| temperature requirements | |
| Template based ALNS | |
| Temporal decomposition | |
| Time window assignment | |
| Time Windows | |
| Time-dependent two-echelon location-routing | |
| Time-limited search problems | |
| time-space networks | |
| Timetabling | |
| Traffic Assignment | |
| traffic demand management | |
| traffic prediction | |
| Traffic Routing | |
| Traffic State Prediction | |
| Transfers | |
| Transit Center Network | |
| Transmodeler | |
| Transportation | |
| Transportation Equity | |
| Transportation problem | |
| Transshipment terminals | |
| Travel behavior | |
| travel time estimation | |
| travel time uncertainty | |
| Travel-time variability | |
| Traveler analytics | |
| traveling repairman problem | |
| traveling salesman problem | |
| Traveling Salesperson Problem | |
| Tree-boosted Mixed Effects Model | |
| trees | |
| truck platooning | |
| Truckload | |
| two-echelon vehicle routing problem with time windows | |
| two-stage formulation | |
| two-stage stochastic program | |
| two-stage stochastic programming | |
| U | |
| uncertain multicommodity demand | |
| uncertain travel times | |
| uncertainty | |
| Uncrewed Aerial Vehicles | |
| Underground Freight Transportation | |
| unexpected event | |
| Unmanned Aerial Vehicle | |
| unsupervised machine learning | |
| Urban | |
| Urban delivery | |
| urban freight | |
| urban logistics | |
| Urban Mobility | |
| User Equilibrium | |
| V | |
| Valid inequalities | |
| variable neighborhood search | |
| vehicle repositioning | |
| vehicle routing | |
| vehicle routing and scheduling | |
| Vehicle routing models | |
| vehicle routing problem | |
| Vehicle Routing Problem (VRP) | |
| vehicle routing problem with drone | |
| Vehicle Routing with Time Windows | |
| Vehicle routing/scheduling | |
| Vehicle Scheduling | |
| Vehicle sequencing | |
| vehicle sharing | |
| vehicle synchronization | |
| very large-scale vehicle routing problems | |
| W | |
| Welfare effects | |
| workforce management | |