说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 需水量预测
1.
Study on Water Demand Forecast in Water Supply Planning of TEDA;
开发区给水规划中需水量预测的研究
2.
Research and application of the prediction of reclaimed water demand in city
城市再生水需水量预测的研究与应用
3.
Research on the Industrial Water Demand Prediction and Sewage Reuse in Industry of Xi an;
西安市工业需水量预测及污水回用于工业研究
4.
Yangling Demonstration Zone Forecast Water Supply Planning and Engineering
杨凌示范区需水量预测与供水工程规划
5.
Research on Water Requirement Forecasting in Water Supply District of Yindaruqin Project
甘肃引大入秦工程供水区需水量预测分析
6.
The Application of Optimal Neutral Network Model in the Forecast of the Crop's Water Demand
优化神经网络模型在作物需水量预测中的应用
7.
Application of Atificial Neural Network of Back Propagation Function to Forecasting Water Consumption in Tieganlike Irrigation
BP神经网络在灌区需水量预测中的应用
8.
Prediction and analysis of agricultural water requirement in the Sangong River watershed,Xinjiang
新疆三工河流域农业需水量预测与分析
9.
Forecasting the Crop Water Requirement Based on Neural Network Toolbox in MATLAB
基于MATLAB神经网络工具箱的作物需水量预测
10.
Rice Water Requirement Forecast Based on BP Artificial Neural Networks and Irrigation Programming;
基于BP人工神经网络的水稻需水量预测及灌区灌溉制度研究
11.
The Study of Water Demand Prediction and Water Resources Sustainable Development Strategy of Tianjin;
天津市需水量预测及水资源可持续发展策略研究
12.
The Forecasting Model of Water Requirement in Whole Breeding Time of Paddy;
基于灰色两次拟合与残差修正的水稻需水量预测模型研究
13.
A Summary Evaluating and Analysis of the Method of Water Demand Prediction Based on the Artificial Neural Network;
基于人工神经网络需水量预测方法的综合评价与分析
14.
City Life Water Requirement Forecast Based on Grey Information Model GM(1,1);
基于灰色新信息GM(1,1)模型的城市生活需水量预测
15.
Forecasting water demand of mining area based on the same dimension gray recurrence dynamic model GM(1,1)
基于等维灰数递补动态GM(1,1)模型的矿区需水量预测研究
16.
Application of the improved gray model on the prediction of city water demand in industry
改进的灰色模型在城市工业需水量预测中的应用
17.
consumption level method of demand forecasting
需求量预测消费水平法
18.
Logistic-ARIMA coupling model for forecast of demand of urban water resources;
城市水资源需求量预测Logistic-ARIMA耦合模型