1) vector product wavelet transform
矢量积小波变换
1.
Several level decomposition and reconstruction of vector product wavelet transform are discussed on the basis of vector wavelet.
建立了四元数形式单小波和多小波之间的对应关系 ,从而给出了由四元数单小波构造四元正交多小波的一种方法 ,并从矢量小波的角度 ,讨论了矢量积小波变换的多级分解和重
2.
It uses the vector matrix built by the XML keys as windows,uses vector product wavelet transform to multilevel decompose and refactor the XML streams series,and then forecasts the XML streams\' quality combing squares support vector machines.
该方法用XML键构建的矢量矩阵作为窗口、利用矢量积小波变换多级分解与重构XML数据流、再结合最小二乘支持向量机对XML数据流质量进行预测;为了更好的适应网络负载,采取加权与自适应窗口调整等调度策略充分保证XML数据流的质量检测。
3) Non-tensor Product Wavelet Transform
非张量积小波变换
1.
Footprint Edge Excation Algorithm Based on Non-tensor Product Wavelet Transform;
基于非张量积小波变换的足迹边缘提取算法
4) The vector wave function transformation
矢量波函数变换
5) Vector-wavelet
矢量小波
1.
Research on the Arithmetic of Dim and Small Target in Infrared Image Detection Based on Vector-wavelet;
基于矢量小波的红外弱小目标检测算法研究
6) vector transformation
矢量变换
1.
Belt conveyor load identifying system based on vector transformation;
基于矢量变换的带式输送机载荷识别系统
2.
Based on the vector transformation control theory of induction motor,a speed close-loop and flux open-loop indirect vector control simulation model is set up by using Simulink and sim power systems.
根据异步电机矢量变换控制原理,利用Simulink和电力系统工具箱(Sim Power Systems)构造了转速闭环、磁链开环的间接矢量连续控制系统的仿真模型,介绍了转速和电流调节器参数的整定过程,对系统在外加扰动及参数变化下进行了仿真。
3.
By grid-voltage-oriented vector transformation of load current,the decouple of its fundamental positive & negative sequence components,together with its fundamental active & reactive components,is achieved.
该策略通过在电网电压稳定条件下对负荷电流进行矢量变换,实现其基波正序、负序分量的分离以及基波有功、无功分量的解耦,最后利用低通滤波器检出有用直流信号并计算出补偿电纳。
补充资料：卷积变换
卷积变换
convolution transform
卷积变换l阴voluti川恤sfonn;。货pl以n声硕咚~] )形式为 门、)丁〔;‘、‘)f(‘，J‘的积分变换.函数〔，称为卷积变换的核(kernel、。!’the“)nvolutlo，1 tr:，ns丘，。一zT、).对于一些特殊类型的核G，经过适与的变量置换日后卷积变换成为单侧恤pl拟变换(laplacc transtbrnl)、S‘el灯es变换(Stloltues trans-角rm)或Meijer变换(Meijer transform).卷积变换的反演通过关于位移为不变的无限阶线性微分算子来实现 对上某些类型的广义函数也可定义卷积变换f见口〕，，
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