Orthogonal transforms provide the foundation for the large-scale scientific computation, the growing significance of their applications has been marked in different areas for many years.
正交变换为大规模科学计算提供了基础,多年来正交变换在众多领域的诸多应用也表明了它们的重要性。
参考来源 - 广义参数化斜变换及其在图像压缩中的应用·2,447,543篇论文数据，部分数据来源于NoteExpress
Several methods of constructing orthogonal transforms are presented.
本文提出了构造正交变换的几种方法。
The transform domain LMS algorithm can reduce the cross-correlation of input signals effectively through orthogonal transforms, so the convergence rate will be improved;
变换域LMS算法能通过正交变换有效降低输入信号自相关矩阵特征值的分散程度，可提高算法的收敛速度；
The fast algorithms of the real-valued Haar-type orthogonal transforms are discussed, and it is shown that the fast algorithms of the generalized Haar transform and the mixed...
本文还讨论了实值哈尔型正交变换的快速算法问题，并指出，广义哈尔变换、混合基哈尔变换的快速算法完全适合于对应的实值哈尔型变换。
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