Vehicle sharing systems: A review and a holistic management framework
Axle Weights in combined Vehicle Routing and Container Loading Problems
Rapid fulfillment of online orders in omnichannel grocery retailing
Coordinating feeder and collector public transit lines for efficient MaaS services
A multi-agent semi-cooperative unmanned air traffic management model with separation assurance
The vehicle routing problem with relaxed priority rules
How incidents impact congestion on roadways: A queuing network approach
A Variable Neighborhood Search heuristic for rolling stock rescheduling
Integrating vehicle routing into intermodal service network design with stochastic transit times
Solving vehicle routing problems with stochastic and correlated travel times and makespan objectives
Bundle selection approaches for collaborative practical-oriented Pickup and Delivery Problems
Clustering and routing in waste management: A two-stage optimisation approach
A review of principles and methods to decompose large-scale railway scheduling problems
A fair multi-commodity two-echelon distribution problem
Truck driver scheduling with interdependent routes and working time constraints
The two-flight low risk helicopter transportation problem under the split pickup scenario
Evaluating pricing strategies for premium delivery time windows
ACS-OPHS: Ant Colony System for the Orienteering Problem with hotel selection
Design of multi-optional pickup time offers in ride-sharing systems
Preface: Public transport planning in the face of uncertainty
Electric flight scheduling with battery-charging and battery-swapping opportunities
Introduction to the special issue on integration of human factors and ergonomics
Solving the service-oriented single-route school bus routing problem: Exact and heuristic solutions
Obstructive sleep apnea exaggeration as predictor of poor outcome post thrombolytic stroke
Solution algorithms for the generalized train unit shunting problem
Exact and heuristic approaches to Truck–Drone Delivery Problems
Robust transit line planning based on demand estimates obtained from mobile phones