1) Gram-Schimidt orthogonalization
Gram-Schimidt正交化
2) Gram Schmitt orthogonalization
Gram Schmitt正交化
3) Gram-Schmidt orthogonal methods
Gram-Schmidt正交化
1.
The second approach is to propose a new method for UWB pulse waveform design that based on the combination of Gaussian derived function and Gram-Schmidt orthogonal methods.
第二种是在组合高斯导函数的基础上提出了一种利用Gram-Schmidt正交化产生UWB正交成形脉冲的新方法。
2.
In order to design the Ultra-wideband pulse which can satisfy the restriction of FCC emission mask and reduce interference of multi-user systems,the combination of Gaussian derivative functions has been studied first and then a new method is proposed for UWB pulse waveform design based on the combination of Gaussian derived function and using Gram-Schmidt orthogonal methods.
为了设计满足FCC辐射掩蔽及降低系统多用户干扰的超宽带波形,首先对高斯导函数的组合进行了研究,然后在高斯组合函数的基础上提出了一种利用Gram-Schmidt正交化方法产生UWB正交成形脉冲的新方法。
4) Gram-Schmidt orthogonalization
Gram-Schmidt正交化
1.
This method uses Gram-Schmidt orthogonalization,selects powerful information and makes variables irrelevant.
该方法利用Gram-Schmidt正交化过程,在特征集合中选择判别力强的信息,并把挑选出来的特征集合变换成若干直交变量。
5) Modified Gram-Schmidt orthogonal
修正Gram-Schmidt正交化
6) Gram-Schmidt orthogonal algorithm
Gram-Schmidt正交化算法
1.
Then it compares the patterns which were formed by Gram-Schmidt orthogonal algorithm,Side-lobe cancellation algorithm and SMI algorithm.
利用模式空间变换算法将均匀圆阵转换为均匀线阵,在虚拟线阵的阵列流形中,比较了Gram-Schmidt正交化算法、自适应旁瓣对消和SMI算法这三种算法形成的方向图。
补充资料：正交化
分子式：
CAS号：
性质：将属于相同本征值的没有相互正交的波函数重新线性组合为新的相互正交的波函数的过程。通常选用施密特正交化方法使未正交的波函数相互正交。
CAS号：
性质：将属于相同本征值的没有相互正交的波函数重新线性组合为新的相互正交的波函数的过程。通常选用施密特正交化方法使未正交的波函数相互正交。
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