1) data increasing
增补数据
2) Data mending
数据修补
1.
The paper proposes a curved surface data mending method aimed to the problem of insufficient data in the modern industry based on the radial basis function(RBF) neural network.
本文针对工业零件设计中曲面数据的破损问题,提出了一种基于径向基函数(RBF)神经网络的数据修补方法。
2.
During the procedure of digitalizing geometric features of the curved surface, exact data mending of the insufficient measuring data is the precondition of reliable Vreconstructing curved surface, so it is especially noticed by researching personnel, corporation manufacturer and engineering technician.
在曲面几何特征逆求的数字化过程中，准确的缺损数据修补是实现曲面模型重构的前提，因而，越来越受到科研工作者、企业生产者和工程技术人员的极大关注。
3) remedies data
弥补数据
4) Data compensation
数据补偿
1.
A new measurement set is produced through data compensation,which gives high system observability to estimate the sysetmatic error.
在此基础上 ,通过数据补偿的方法 ,产生一个使系统可观测度较大的补偿观测集 ,用于误差估计。
5) data modification
数据修补
1.
Then,the good results of the data modification method based on RBF neural network is tested by applying example of complicated camber reverse and the ex- perimental results are satisfactor.
介绍了基于RBF神经网络开发的复杂曲面反求数据自动修补系统,应用以Matlab为平台开发的仿真模块对数据修补过程进行了仿真。
补充资料：数据通信网(见数据通信)
数据通信网(见数据通信)
data communication network
shu)u tongxinwang数据通信网(datac。mmunicati。nne饰ork)见数据通信。
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