This study presents a comprehensive literature survey on facility location problems for drone
(uncrewed vehicle) delivery, where either (i) drones are the only vehicles, or (ii) drones and …

Last-mile delivery with autonomous robots launched from dedicated delivery trucks is a
promising approach to reducing logistics costs and inner-city traffic. Current literature for this …

The on-demand logistics services have risen continuously with the expansion of e-
commerce. Logistics companies face challenges to meet customers' expectations with high …

Battery-powered drones or unmanned aerial vehicles (UAVs) offer significant market
potential, enabling fast, cost-effective, and eco-friendly delivery on an urban scale …

This study aims to propose a decision methodology on scheduling trucks and drones for
truck-and-drone cooperative delivery and pickup system. A fleet contains multiple truck …

Meal delivery services is an enormous competitive market, and the most influential factor in
this market is customer experience. As a result, it is crucial to have an efficient delivery …

Efficient workload assignment to the workforce is critical in last-mile package delivery
systems. The explosive increase of e-commerce and last-mile package logistics after the …

We consider a new combined truck–drone routing problem with time windows in the context
of last-mile logistics. A fleet of trucks, each equipped with an identical drone, is scheduled to …

This study investigates the traveling salesman problem with drone (TSP-D) from a
sustainability perspective. In this problem, a truck and a drone simultaneously serve …

Using drones along with conventional vehicles, such as trucks, can potentially improve the
cost-effectiveness and speed of delivery operations. This research considers a multi-trip …