1) the prediction of tendency of entrancement
报名趋势预测
3) tendency prediction
趋势预报
1.
On the basis of studying of regularity of changes of Dalian winter coastal surface layer water temperature itself and its relations with the EI nino phenomenon by means of the spectral analysis, the authors put forward an EI nino index curve integration method, and by using it they made a tendency prediction on Dalian winter coastal surface layer water temperature.
用它对大连沿海冬季表层最低水温作了趋势预报。
4) Trend prediction
趋势预报
1.
The impact on climatic trend prediction from boundary effect and non-periodicity inwavelet climatic diagnosis is stated in this paper.
论述了子波气候诊断中的边界效应和非周期性对趋势预报的影响,在消除子波变换边界效应基础上,将气候层次理论和子波诊断技术相结合,提出了气候多层次趋势预报法则和评判标准,最后利用若干气候资料进行了多层次趋势预报。
5) trend prediction
趋势预测
1.
A study of verhulst model for trend prediction of rotary machinery;
旋转机械Verhulst模型趋势预测研究
2.
Season analysis and trend prediction of beverage market based upon EXCEL and study on their applications;
基于EXCEL平台的饮料市场季节分析、趋势预测和实证研究
3.
Research on Degeneration Assessment & Trend Prediction about Machine Based on Logistic Regression and SVM;
基于逻辑回归和支持向量机的设备状态退化评估与趋势预测研究
6) trend forecast
趋势预测
1.
The Research of Trend Forecast, Present Condition and Factors Analysis of Switch Market in China;
我国交换机市场的现状、影响因素及趋势预测研究
2.
This paper presents a kind of dynamic replication management mechanism based on the trend forecast byusing the smoothing arithmetic of time sequence in the economic area to forecast the hot file, and using three different strategies to place, delete, andreplace the replica dynamically.
为利用一种动态的副本管理机制,改善P2P网络中数据的可用性和可靠性,提出一种基于趋势预测的动态副本管理机制,通过引入经济学中的时间序列平滑算法预测热点文件,并使用3种不同的策略分别对副本的放置、删除、替换等操作进行动态管理。
3.
On the basis of land use laws and gray system dynamic model GM(1,1), the simulation is taken, obtaining the trend forecast equation of farmland, garden plot, woodland, traffic land etc.
以土地利用变化规律为依据,运用灰色系统动态模型GM(1,1)进行模拟,得到耕地、园地、林地、交通用地等土地利用类型的趋势预测方程,并对2010年土地利用变化的趋势预测进行分析,提出陕北黄土高原土地资源可持续利用的对策及措施。
补充资料:发育进度预测法(见发生期预测)
发育进度预测法(见发生期预测)
发育进度预测法见发生期预测。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条