Abstract
This paper deals wiLh the selected optimisation approach tocontainer chain technology, focusing on the consignment ofcwgo from the shipper. The basic characteristics of the containerchain technology are analysed first, followed by establishingthe optimisation possibilities. A hypothesis is set assertingthat the technology of all the chain pwts has to be optimisedin order to achieve optimum functioning of the containerchain. Therefore, the container chain has been analysed as asystem consisting of subsystems of the shippe1; transpmtation,swrage and receiver (consignee). Due to similarity of the optimisationprocesses, we have only dealt with the optimisationprocess of the container chain technology from the shipper'sview, for the case of streamlining of the current condition, reconstructionand project design on new mganisation scheme.References
Bernhard, T., 1997: Infmmation Systems in Logistics
and Transp01tation, Pergaman, Oxford, U.K.
Cooper, J., Browne, J,, Peters, M., 1992. European
Logistics, Management and Logistics, Oxford, p.p.
-269.
Donald J , Bowersox, David J. C., 1996. Logistical
Management: The Integrated Supply Chain Process, New
York, Me Graw-Hill.
Gang-Len, Xianding T., 1999. An integrated model for
estimating time-vmying network 01igin-destination
distributions. Transport Research, Part A 33, 381-399.
Kolenc, J., 1989: Organisation of Work in Traffic and
Transporl, VVTS, Zagreb, Croatia.
Kolenc, J ., 1998: The Aspects Study of Organisation and
Work Technology in Road Traffic. Proceedings of the
International Conference Traffic Science ICTS '98,
Trieste - Patras, pp. 193-203.
Long-Kwan Lee, Ju-Yang Lee, 1997. Discrete Event
Modeling and Simulation for Flow Central in an
Automated Highway jystem. Transportation Research,
Part C. 5, 179-136.
Levinson, D.M., Gillen, D., 1998. The Full Cost of
Intercity Highway Transportation. Transportation
Research, Part D 3, 207-223.
Miller, J .s. and Demetsky, M.J., 1999. Reversing
Direction ofTranspo11ationPlanning Process. Journal of
Transportation Engineering, Vol. 125, 231-237.
Perisic, R., 1989: Logistics and Transport. Proceedings
of the International Conference Logistics -TransportDistribution,
Belgrade, pp. 1-28.
Teodorovic, D., 1994. Invited Review: Fuzzy Sets Theory
Applications in Traffic and Transportation. European
Journal of Operational Research 74, pp. 379-390
Trupac, I., Kolenc, J., 1998. Logistics Supporl of
Transportation. Proceedings of the International
Conference Traffic Science ICTS '98, Trieste- Patras,
pp. 241-249.