Evaluation of Dynamic Transfer Nodes for Distributed Cooperative On-Demand Transportation

Duchon, Markus; Sommer, David; Durr, Michael

doi:10.1109/vetecf.2011.6093042

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2012

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“…Based on previous work [13], [14] we extended the simulation environment for the proposed use case. It was already possible to utilize OpenStreetMap (OSM) data [15] as simulation basis to provide realistic road networks and vehicle movement.…”

Section: Simulation Environmentmentioning

confidence: 99%

Platform for Logistic and Transport Utilizing Dynamic Transshipment Points

Duchon¹

2012

IJET

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Transportation and logistics are important factors for economic growth and prosperity. By providing services for cooperation in the distribution domain, which can be dynamically accessed and applied, the existing resources can be used more efficiently. Additionally, due to cooperation a better utilization could leverage the overall performance of long distance distribution services. In this paper we present a cooperative approach used within a logistic platform utilizing dynamic transshipment points. By this, freight can be exchanged on demand even if vehicles are on the move in order to save costs in terms of covered distances, better vehicle utilization, travel times, and so on. For information exchange, required for cooperation, common smart phones can be applied as they allow for location determination as well as communication capabilities at low investment costs. The feasibility and usefulness of the approach is demonstrated by simulation and the results presented indicate a high potential of savings.

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Section: Simulation Environmentmentioning

confidence: 99%