1.
The Gray GM(1,1) Model Applies to the Forecast of Regional Forecast Logistics Scale;
区域物流量预测的灰色GM(1,1)模型应用
2.
Forecasting of Regional Logistics Amount Based on Nonlinear Support Vector Machines;
基于非线性支持向量机区域物流量预测
3.
Grey Correlation Analysis on Preferential Economic Index Influencing the Regional Logistic Amount;
影响区域物流量的优先经济指标的灰关联分析
4.
Predicting into Regional Logistics Volume Based on Partial Least-squares Support Vector Machines Regression;
基于偏最小二乘支持向量机回归区域物流量预测
5.
Theory and Model Establishment for Regional Logistics Demand Prediction;
区域物流需求量预测理论及模型构建
6.
The Econometrical Analysis on Relationship Between Logistics Incrementand the GDP Growth in the Area of Zhejiang Province;
浙江省区域物流增量与GDP增量关系的计量分析
7.
Aircraft Measurement of Air Pollutants over the Typical Regions of the Yangtze Valley;
长江流域典型区域空气污染物的航空测量
8.
Study on Method of Demand Forecasting and Node Cities Selecting for Regional Logistics;
区域物流需求量预测及节点城市选取方法研究
9.
A Study on Regional Logistics Demand Forecast Based on Support Vector Machine
基于支持向量机的区域物流需求预测研究
10.
high traffic area
高密度船流区域通讯量大的区域
11.
Research on the Influence of Regional Logistics Information Platform on Regional Logistics
区域物流信息平台对区域物流的影响力研究
12.
Layout production area, stocking area, make best material flow.
规划生产区域,仓储区域,使物流畅通。
13.
Effect Analysis of Regional Logistics to Regional Economic Growth;
区域物流对区域经济增长的作用分析
14.
The Brief Analysis of Relations between Regional Logistics and Regional Economic Development;
浅析区域物流与区域经济发展的关系
15.
The Interactive Mechanism of Regional Transportation and the Development of Regional Economy;
区域物流与区域经济发展的互动机理
16.
Traffic flow and road network-based spatial allocation of regional mobile source emission inventories
基于交通流量和路网的区域机动车污染物排放量空间分配方法
17.
Affecting a large number of animals at the same time within a particular region or geographic area. Used of a disease.
动物流行病的同时在一特定区域发生，能危害大量动物的。用于疾病
18.
The Quantitative Model of Regional Logistics Capability Based on Euclid Approach Degree of Fuzzy Matter-element;
基于模糊物元欧式贴近度的区域物流能力量化模型