hrvatski

A split task solution for quay crane scheduling problem in mid-size container terminals

A solution fo quay crane scheduling problem with unchanged number of cranes during container vessel handling process is explored to minimize a vessel handling time and optimize quay crane utilization. Targets are small and mid-size terminals where high reliability of forecasted scenario is requested by and split task algorithms ; in both cases grouping of tasks into clusters and operation zone limits are considered. Comparison of two models shows that split-task algorithm may improve crane utilization rate and vessel handling time in many cases. Proposed solutions combine existing research achievements with authors own approach in container terminal optimization development.

container ports ; container terminal logistics ; container terminal optimization ; quay crane schedule ; split task algorithm ; tactical logistic

nije evidentirano

engleski

A split task solution for quay crane scheduling problem in mid-size container terminals

A solution fo quay crane scheduling problem with unchanged number of cranes during container vessel handling process is explored to minimize a vessel handling time and optimize quay crane utilization. Targets are small and mid-size terminals where high reliability of forecasted scenario is requested by and split task algorithms ; in both cases grouping of tasks into clusters and operation zone limits are considered. Comparison of two models shows that split-task algorithm may improve crane utilization rate and vessel handling time in many cases. Proposed solutions combine existing research achievements with authors own approach in container terminal optimization development.

container ports ; container terminal logistics ; container terminal optimization ; quay crane schedule ; split task algorithm ; tactical logistic

nije evidentirano