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 |