第二章分析了废弃物物流与GIS技术的理论基础，并对GIS技术在城市废弃物物流系统中的应用研究状况进行了分析。
The second chapter analyzed the theoretical foundation of the waste material logistics and gis technology. Then it analyzed the application method of gis in waste material logistics system.
近几年，以GIS技术为核心的空间信息技术，在现代物流领域得到了日益广泛的研究与应用。
In recent years, the space information technology taking gis technology as the core got the extensive study and application day by day in the field of logistics service.
然后文章主要探讨了需求链管理与数据挖掘技术相结合的应用方法，阐述了在客户管理、供应商管理及物流配送管理中运用数据挖掘技术所能解决的问题。
Thirdly, it illustrates how to apply the technology of data mining to demand chain management from three aspects, which are customer management, suppliers management and logistics management.
我们的在物流系统领域有着广泛的知识与先进的技术，并且在全球380个机场与数千个仓储及配送中心得以应用。
The knowledge and technologies in logistics solutions are being utilized in 380 airports and thousands of warehouses and distribution centers world wide.
强化物流系统工程中应用信息技术的教学与培训。
This program strengthens the education and training of applied information technology in the field of logistic system engineering.
物流行业中对数据挖掘技术日益增长的需求与应用数据挖掘技术的高成本之间的矛盾是本论文研究的出发点。
The contradiction between the increasing need of DM technique and its high implementing cost is the starting point of this thesis.
本文分析了物流中实物流与信息流同步融合的迫切性，应用RFID技术构建了实物流与信息流同步融合模型，设计了生产物流RFID化和RFID仓库的信息融合架构。
This paper firstly make a brief analysis of the urgency of synchronous fusion information flow and material flow; then based on RFID technology I design a model and framework for it.
本文分析了物流中实物流与信息流同步融合的迫切性，应用RFID技术构建了实物流与信息流同步融合模型，设计了生产物流RFID化和RFID仓库的信息融合架构。
This paper firstly make a brief analysis of the urgency of synchronous fusion information flow and material flow; then based on RFID technology I design a model and framework for it.
应用推荐