1) water flooded layer recognition
水淹层识别
1.
Support vector machine and its application in complex water flooded layer recognition;
支持向量机及其在复杂水淹层识别中的应用
2) oilfield flooded layer identification
油田水淹层识别
1.
Algorithm of oilfield flooded layer identification based on Boosting;
基于Boosting的油田水淹层识别算法
3) water flooded layer identification
水淹识别
4) identification of water bed
识别水层
5) Water flooded grade
水淹级别
6) oil and water layer identification
油水层识别
1.
In oil and water layer identification,using neural computing has disadvantages including complex network structure and long training time caused by large input information space dimension,and low matching accuracy of network caused by redundant attribute.
在油水层识别中,单纯使用神经计算存在因输入信息空间维数较大而使网络结构复杂、训练时间长,以及因冗余属性使网络拟合精度不高等缺点,为此基于属性约简和最优化原理提出一种简化的神经计算方法,主要包括基于粗糙集的样本属性约简算法,基于LM方法的稳定学习算法,以及基于黄金分割的隐含层节点数确定的优化算法等。
2.
In accordance with the characteristics of heavy oil reservoir in Tuha oilfield,this paper studies oil and water layer identification method and productivity prediction method on the basis of reservoir characteristic study combining with geochemical and logging data.
现场应用达到了油水层识别和产能预测的目的,产生了良好的经济效益和社会效益。
补充资料：淹淹
1.气息微弱，濒于死亡。 2.引申为将尽之意。 3.昏昏沉沉;委靡不振。 4.昏暗貌。 5.水流貌。 6.水果或植物因失去所含的水分而干瘪。
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