多类矩阵运算，包括转置、求逆

运用链表来操作多项式,实现多项式加减乘的功能-used to operate polynomial, Modified by polynomial functions

关联分析频繁模式挖掘Apriori、FP-Growth及Eclat算法的JAVA及C++实现。三种算法实现的完整源码工程、源文件、PPT、测试数据及输出示例 ,包括Apriori、FP-Growth及Eclat三种算法的频繁模式挖掘源程序

The supplementary material consists of three MATLAB functions: LLL.m Seysen.m Brun.m These functions implement different lattice reduction algorithms in MATLAB.  The functions are well-documented, explaining their functionality as well  as how to run them. The software is provided for free and without warranty.

这个Matlab的m代码解决了薛定谔方程，沿着带宽频率和相位偏移，显示三维图像。-The Matlab m-code to solve the Schrodinger equation along the bandwidth of the frequency and phase offset, showing three-dimensional image.

拉格朗日差值算法，内涵读取文件，插值，写入文件，读取文件为PARCHG,写入文件为INSERT_DATA-Lagrangian difference algorithm, meaning to read the file, interpolation, write files, read the file PARCHG, write documents INSERT_DATA

系统辨识中，一个很重要的方法是用相关分析法辨识脉冲响应，该程序可以计算出输入和输出序列的互相关函数，以及计算出脉冲响应估计值-system identification, a very important way is to analyze the identification impulse response, the program can calculate the input and output sequence of cross-correlation function, and calculated the estimated value of the impulse response

３D-FDTD防真，边界为廖氏差分格式,程序使用计算机内存较少，可以用来做稍大尺寸物体的电磁防真-3D-FDTD defense truthfulness, Liao borders difference format, procedures use less computer memory. can be used to do slightly larger size object electromagnetic defense really

此程序为C语言编写的矩阵运算算法-procedure for the preparation of the C language matrix calculation algorithm

针对频率、幅值和相位均发生变化的时变信号，现有自适应陷波器(ANF)频率估计方法存在信号频率跟踪精确性和稳定性不足的问题，为此提出了一种基于新误差函数的ANF时变信号频率跟踪方法，通过新误差函数改善自适应算法收敛至最优频率解的精度与速度，以提高时变信号频率跟踪的精确性和稳定性。给出了新误差函数分析结果，新ANF方法实现步骤和该频率估计方法的Cramer-Rao下限。通过训一算与现有ANF的时变信号频率跟踪方法性能进行了比较分析，并针对科里奥利质量流量训一时变信号进行了现场实验验证。结果表明，该方法具有收敛速度快、跟踪精度高、更接近Cramer-Rao下限和抗噪性好的优点。