节点文献
贝叶斯核学习方法在复杂工业系统建模中的应用
Application of Bayesian Kernel Learning in Complex Industrial Process
【摘要】 在复杂工业过程中,需要对过程变量和操作变量进行测量,但是由于客观条件的影响,很难实现直接测量,但是在工业过程中存在大量有用的过程数据,利用这些数据可以挖掘出大量有用的信息。因此可以利用软测量技术建立辅助变量与测量变量的关系。数据模型的建立是软测量技术的关键,贝叶斯核学习方法是一种新型的数据建模方法,具有小样本、推广能力强和收敛速度快的特点。
【Abstract】 In complex industrial process,the process variables and operating variables should be measured. But in fact,it is difficult to realize the direct measurement. Those useful data in industrial process can dug up a lot of valuable information. So we can take use the soft measurement technology to establish relationship between the auxiliary variables and measurement variables. The establishment of a data model is the key to the soft measurement technology,the Bayesian Kernel Learning method is a kind of new data modeling method with the advantage of small samples,the characteristics of strong generalization ability and convergence speed.
【Key words】 complex Industrial process; soft measurement technology; data modeling; bayesian kernel learning;
- 【文献出处】 北华航天工业学院学报 ,Journal of North China Institute of Aerospace Engineering , 编辑部邮箱 ,2016年02期
- 【分类号】TP18;N945.12
- 【下载频次】97