该算法避免了传统算法中因复数运算而带来的困难。
It is shown that the trouble with the complex operation in the traditional algorithm has been avoided.
在讲复数运算之前，我们先来回顾一下实数离散傅里叶变换，强调一下它在某些情况下数学上很笨拙。
Before jumping into the complex math, let's review the real DFT with a special emphasis on things that are awkward with the mathematics.
针对数字信号处理领域高速高精度实时运算的要求，实现了一种16位全流水高速高精度复数运算的通用CORDIC处理器。
A 16-bit high-speed and high-precision universal CORDIC processor is implemented for high speed and precision real-time computing in digital signal processing.
Scilab提供了简单的矩阵运算（比如乘法），也提供了高级运算库（比如复数多维算法和相关）。
Scilab provides simple matrix operations like multiplication, plus a library of high-level operations like complex multi-dimensional arithmetic and correlation.
利用它可以通过灵活的配置软件完成基带处理中绝大部分的复数相关运算和控制功能。
Using this processor core, most of complex related calculation and control function can be fulfilled by updating the software.
复数加法运算复杂，用硬件实现复数加法，需要使用数目众多的加法器，占用大量的面积。
Operation of plurality add is very complicated. In the design will numerous adders be used and large area will be consumed.
论文在MATLAB环境下，利用其快速的复数矩阵运算功能，实现了文中所提的分层前推回代算法，并取得了非常明显的速度效益。
In this paper, this algorithm is realized by making full use of fast plural matrix operation function of MATLAB, and the increase of that speed is also outstanding.
讨论了复数矩阵的数据结构和共轭转置运算的算法实现，并给出该算法的时间复杂度。
The paper deals with the data structure of plural matrix and the achievement of method about associate operation, and gives its complex degree of time.
本文设计的FFT处理器采用流水线和并行处理技术，在64个时钟周期完成64点复数定点FFT运算，可以满足OFDM系统的需要。
The FFT processer adopts the pipeline and parallel technology and can complete 64 points FFT computation in 64 clocks. It is able to meet the need of OFDM system.
本文建立了八元向量代数，它既是一种方阵代数，又作为一个更加完备的运算系统而包含了复数、矢量和四元数。
The eight-vecter algebra is found in the paper, as a kind of square matrix algebra and as more complete operation system containing the complex number vecter algebra and quaternion numbers.
文中还分别给出了一般WFTA定点运算误差和复数数字滤波器定点运算误差的分析方法。
Analysis methods are also given for the fixed point calculation errors of general WFTA and of complex digital filters.
文中还分别给出了一般WFTA定点运算误差和复数数字滤波器定点运算误差的分析方法。
Analysis methods are also given for the fixed point calculation errors of general WFTA and of c...
文中还分别给出了一般WFTA定点运算误差和复数数字滤波器定点运算误差的分析方法。
Analysis methods are also given for the fixed point calculation errors of general WFTA an...
文中还分别给出了一般WFTA定点运算误差和复数数字滤波器定点运算误差的分析方法。
Analysis methods are also given for the fixed point calculation errors of general WFTA an...
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