This paper develops a formulation for the multiple depot (MD) vehicle scheduling problem
with multiple vehicle types (MVT), including electric buses (EBs), under range and refueling …

This paper schedules the zonal-based flexible bus service (ZBFBS) considering elastic
stochastic demand, stochastic location, time-dependent travel time, and passenger time …

We propose a service network design problem for the tactical planning of parcel delivery
with autonomous vehicles in SAE level 4. We consider a heterogeneous infrastructure …

This study investigates flexible bus that provides door-to-door service with multiple
passengers sharing the vehicle, which reduces congestion on the urban network. The …

This paper designs a refueling system for battery electric buses (BEBs) by applying battery-
swapping technologies together with a local charging system. The service capability of …

This paper develops a reliability-based formulation for rapid transit network design under
demand uncertainty. We use the notion of service reliability to confine the stochastic demand …

This paper develops a framework to address the multi-depot vehicle location-routing-
scheduling problem with multi-vehicle types, including electric buses, under range …

This paper presents a bi-level robust optimization model, where a food company maximizes
its profit and minimizes post-harvest loss by optimally deploying grain processing/storage …

We consider the planning problem faced by Logistic Service Providers (LSPs) transporting
freights periodically, using long-haul round-trips. In each round-trip, freights are delivered …

Order cancellation is ubiquitous in on-demand mobility pre-booking systems, which affects
the pricing and operational strategies of on-demand mobility services. This paper …