%0 Journal Article %1 Burckert:1August2000:0883-9514:697 %A H-J., Burckert %A K., Fischer %A G., Vierke %D 1 August 2000 %J Applied Artificial Intelligence %K aiai app contract-net dispatch gps mas transportation %P 697-725(29) %T Holonic Transport Scheduling with TELETRUCK %U http://www.ingentaconnect.com/content/tandf/uaai/2000/00000014/00000007/art00005 %V 14 %X TELETRUCK is a multiagent-based dispatch support system developed in close collaboration with forwarders and transport engineers. The system supports dispatch officers in route planning, fleet management, and driver scheduling. TELETRUCK allows for dynamic planning and online optimization of transport orders based on an integration with modern telecommunication facilities. The TELETRUCK approach uses holonic agents, i.e., agents composed of subagents that act in a corporated way, in order to achieve a flexible, structured resource management in the planning process. A brief overview is given of the current implementation status of the TELETRUCK application prototype. Communication, coordination, and resource control distinguishing holonic from common multiagent systems are discussed. The underlying algorithms and protocols are described. Future extensions of the approach for intermodal and intercompany transport planning are discussed aiming at a smooth integration of modern transport and telecommunication networks.

@article{Burckert:1August2000:0883-9514:697, abstract = {TELETRUCK is a multiagent-based dispatch support system developed in close collaboration with forwarders and transport engineers. The system supports dispatch officers in route planning, fleet management, and driver scheduling. TELETRUCK allows for dynamic planning and online optimization of transport orders based on an integration with modern telecommunication facilities. The TELETRUCK approach uses holonic agents, i.e., agents composed of subagents that act in a corporated way, in order to achieve a flexible, structured resource management in the planning process. A brief overview is given of the current implementation status of the TELETRUCK application prototype. Communication, coordination, and resource control distinguishing holonic from common multiagent systems are discussed. The underlying algorithms and protocols are described. Future extensions of the approach for intermodal and intercompany transport planning are discussed aiming at a smooth integration of modern transport and telecommunication networks.}, added-at = {2011-03-14T20:47:48.000+0100}, author = {H-J., Burckert and K., Fischer and G., Vierke}, biburl = {https://www.bibsonomy.org/bibtex/2d0cc8302c5a4ebbb5dba828d43d16b84/bezirg}, description = {ingentaconnect HOLONIC TRANSPORT SCHEDULING WITH TELETRUCK}, interhash = {cefd172c8f4f346e6c940110570f553c}, intrahash = {d0cc8302c5a4ebbb5dba828d43d16b84}, journal = {Applied Artificial Intelligence}, keywords = {aiai app contract-net dispatch gps mas transportation}, pages = {697-725(29)}, timestamp = {2011-03-15T00:57:47.000+0100}, title = {Holonic Transport Scheduling with TELETRUCK}, url = {http://www.ingentaconnect.com/content/tandf/uaai/2000/00000014/00000007/art00005}, volume = 14, year = {1 August 2000} }