科技广场
科技廣場
과기엄장
SCIENCE TECHNOLOGY PLAZA
2014年
3期
14-17
,共4页
物流园区%物流功能区域%模型%Lingo
物流園區%物流功能區域%模型%Lingo
물류완구%물류공능구역%모형%Lingo
Logistics Park%Logistics Functional Areas%Model%Lingo
数学的应用已渗透到各个领域，本文从我国物流园区现实发展情况出发，针对区域性物流系统中多个园区的空间布局优化进行相应研究，从而构建物流园区空间布局的优化模型，对需要修建物流园区的个数进行动态搜索，充分考虑园区的规模和集聚效应等特点。最后结合实例，验证模型的可行性、实用性和有效性。
數學的應用已滲透到各箇領域，本文從我國物流園區現實髮展情況齣髮，針對區域性物流繫統中多箇園區的空間佈跼優化進行相應研究，從而構建物流園區空間佈跼的優化模型，對需要脩建物流園區的箇數進行動態搜索，充分攷慮園區的規模和集聚效應等特點。最後結閤實例，驗證模型的可行性、實用性和有效性。
수학적응용이삼투도각개영역，본문종아국물류완구현실발전정황출발，침대구역성물류계통중다개완구적공간포국우화진행상응연구，종이구건물류완구공간포국적우화모형，대수요수건물류완구적개수진행동태수색，충분고필완구적규모화집취효응등특점。최후결합실례，험증모형적가행성、실용성화유효성。
The application of mathematics has penetrated into various fields. From the real development situa-tion of China's logistics parks, this paper carries on a corresponding study on the space layout of multiple parks in the regional logistics system, to build an optimized model of the layout of logistics parks. Thus we can dynamically search the amount of logistics parks which need to be build, and take full account of the scale and the agglomera-tion effect of parks. Finally, by combining with the examples, we verify the feasibility, practicality and effective-ness of the model.
