Markus Leitner

Markus Leitner

Assoc.Prof., Department of Operations Analytics, VU Amsterdam

Posts by Tags

logistics

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

multi-depot

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

publication

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

research

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

split-delivery

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

transportation

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).

vehicle routing

Multi-depot routing with split deliveries (paper accepted in Transportation Science)

1 minute read

Published:

The paper Multi-depot routing with split deliveries: Models and a branch-and-cut algorithm co-authored with Luis Gouveia (University of Lisbon) and Mario Ruthmair (Gurobi Optimization) has been accepted for publication in the journal Transportation Science (a preprint can be found on optimization online). In this work, we study the multi-depot split-delivery vehicle routing problem (MDSDVRP) which has been introduced by D. Gulczynski, B. Golden, and E. Wasil in 2011. The MDSDVRP offers a potential to increase the efficiency of (last-mile) delivery and additional cost-savings by combining deliveries from multiple origins (depots) with the opportunity to satisfy individual customer demands by more than one vehicle (split-delivery).