An overview of research on the potential of an integrated approach with usage
of AS/RS and an AGV system is given in, e.g., [87, 5, 6]. Variations with different
technical equipment – newin the field of container terminals – are shortly discussed.
Effectiveness of such systems is compared with performance of current conventional
systems by simulation experiments. For example, a ‘Grid on Rail’ concept
is proposed: conventional container blocks are served by an overhead grid network
of rails and a fleet of shuttle cranes moving on it. Effects are better space utilization
by a more compact yard without necessity of roads between blocks and faster
storage/retrieval operations than in conventional approaches with gantry cranes or
straddle carriers. A pilot design is located in Hong Kong.
Details about assisting systems (without any planning functionality) can be
found, e.g., on the web pages of service companies. This also includes detailed
handbooks for electronic data interchange (EDI and EDIFACT)
An overview of research on the potential of an integrated approach with usageof AS/RS and an AGV system is given in, e.g., [87, 5, 6]. Variations with differenttechnical equipment – newin the field of container terminals – are shortly discussed.Effectiveness of such systems is compared with performance of current conventionalsystems by simulation experiments. For example, a ‘Grid on Rail’ conceptis proposed: conventional container blocks are served by an overhead grid networkof rails and a fleet of shuttle cranes moving on it. Effects are better space utilizationby a more compact yard without necessity of roads between blocks and fasterstorage/retrieval operations than in conventional approaches with gantry cranes orstraddle carriers. A pilot design is located in Hong Kong.Details about assisting systems (without any planning functionality) can befound, e.g., on the web pages of service companies. This also includes detailedhandbooks for electronic data interchange (EDI and EDIFACT)
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