CONCLUSIONS
This paper overviews the functions of typical Logistics
Park based on Xinglin Logistics Park. We make them
visible using IDEF0 method which not only
demonstrates the details about inputs, outputs, required
conditions and related implementers of each function,
but also aides understanding interrelationships between
functions. The Logistics Park model consists of four
sub-functions: general logistics activities, fourth party
logistics services, related social services, merchandise
exhibition & wholesaling. As space limited, only the
core sub-function, general logistics activities is
decomposed in detail, as shown from Fig. 4 to Fig. 9.
Other sub-functions (A2-A4 in A0 diagram) also can be
broken down into their child diagrams in the same way.
These detailed diagrams are helpful to those related
logistics service providers in allocating resources (both
personnel and facilities) more reasonably and improving
their performance.
Modeling the Logistics Park from top to bottom is
necessary to facilitate logistics process design and
facilities planning, and it is also prior to development
and design of Logistics Park MIS, which can be further
studied by using IDEF1, another member of IDEF
family. In addition, IDEF0 technique can be also
applied to develop structured graphical representations
of other service systems for supporting system analysis
and design, enterprise analysis and business process
re-engineering.
CONCLUSIONSThis paper overviews the functions of typical LogisticsPark based on Xinglin Logistics Park. We make themvisible using IDEF0 method which not onlydemonstrates the details about inputs, outputs, requiredconditions and related implementers of each function,but also aides understanding interrelationships betweenfunctions. The Logistics Park model consists of foursub-functions: general logistics activities, fourth partylogistics services, related social services, merchandiseexhibition & wholesaling. As space limited, only thecore sub-function, general logistics activities isdecomposed in detail, as shown from Fig. 4 to Fig. 9.Other sub-functions (A2-A4 in A0 diagram) also can bebroken down into their child diagrams in the same way.These detailed diagrams are helpful to those relatedlogistics service providers in allocating resources (bothpersonnel and facilities) more reasonably and improvingtheir performance.Modeling the Logistics Park from top to bottom isnecessary to facilitate logistics process design andfacilities planning, and it is also prior to developmentand design of Logistics Park MIS, which can be furtherstudied by using IDEF1, another member of IDEFfamily. In addition, IDEF0 technique can be alsoapplied to develop structured graphical representationsof other service systems for supporting system analysisand design, enterprise analysis and business processre-engineering.
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