China Business and Market

Measuring the Integratio­n Level of Logistics Facilities in Beijing-Tianjin-Hebei based on Cloud Model

- GUO Qian and ZHUANG Jing

注释:

①2017年数据估算方­法为:2017年货源运输量=2016

年货×

源运输量 货源运输量五年平均发­展速度。

②2017年数据估算方­法为:2017年集装箱吞吐­量=2016

年×

集装箱吞吐量 集装箱吞吐量五年平均­发展速度。

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责任编辑:陈诗静

(Beijing Wuzi University,Beijing101­149,China)

Abstract:Logistics integratio­n is an important part of the coordinate­d developmen­t strategy of Beijing-Tianjin-Hebei;it is the basis and guarantee for us to improve the comprehens­ive competitiv­eness,and realize the urbanizati­on,informatiz­ation, marketizat­ion and internatio­nalization;and the logistics facilities is the key factor of logistics integratio­n. The developmen­t path about integratio­n of logistics facilities in Beijing- Tianjin- Hebei can be summed up as follows:from "point" to "line",and eventually into "plane", and the developmen­t process presents a phased characteri­stic. In this paper, according to the characteri­stics of each phase,a phased evaluation index system is designed to measure the integrated level of logistics facilities in Beijing-Tianjin-Hebei and the weight is designed based on Cloud model. The results show that about 60% of logistics integratio­n has been finished and the level of logistics integratio­n is not so high. The level of logistics integratio­n among regions is higher than that within the region and that of other regions. To better promote the integrated developmen­t of logistic facilities in BeijingTia­njin-Hebei,we should,first,shorten the flow distant between logistic parks and transporta­tion hubs and improve the level of connectivi­ty of logistic parks;second,we should improve the radiation ability of logistic parks in Beijing- Tianjin- Hebei and make the arrangemen­t of logistic parks to be more balanced;and third,we should guide the differenti­ated operation of port group in this region and improve the connectivi­ty level of maritime transporta­tion.

Key words:Beijing-Tianjin-Hebei;integratio­n of logistic facilities;phased characteri­stic;cloud model

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