资源列表
XT7_45_c
- 本程序主要针对卡尔曼滤波程序进行仿真,主要为目标运动的轨迹估计,相对于之前的程序这次在观测信号加入了速度、加速度,信息矩阵为三维矩阵! 程序正确完整,适合了解卡尔曼的同事学习交流!(This program focuses on kalman filter simulation, mainly for the target motion trajectory estimation, relative to the program of the observation signals befor
XT10_4
- 本程序主要针对LMS自适应算法进行了学习,包括收敛曲线,学习曲线,平均收敛轨迹。(This program mainly studies LMS adaptive algorithm, including convergence curve, learning curve, average convergence trajectory.)
suanfa
- 最小二乘估计参数,最小二递推乘估计参数,指数最小二乘递推估计参数(zui xiao er cheng gu ji)
MATLAB
- 脉冲压缩简称脉压,是数字信号处理的一种,用于解决分辨率与距离的问题(Pulse compression, abbreviated as pulse pressure, is a kind of digital signal processing, which is used to solve the problem of resolution and distance.)
GA_method
- 基于GA遗传算法工具箱的调用,用于多元函数的优化问题(Based on the call of the GA genetic algorithm toolbox, it is used for the optimization of multiple functions)
等温边界
- 一个等温边界条件下计算墙角内温度场的小程序,用户输入墙角两侧温度,墙体热导率,设定网格尺寸后程序便会自动迭代求解并同时以矩阵和三维图形的形式输出运算结果。(A small program to calculate the temperature field inside the corner under the condition of isothermal boundary is introduced. When users enter the temperature on both side
对流边界
- 墙角在对流边界情况下的温度场模拟计算程序。用户输入墙角两侧的流体主流温度,对流换热表面传热系数,设定墙角以及计算网格尺寸后,程序可以通过迭代求解墙体的温度场并以矩阵和三维图像的形式输出。(A simulation program for the temperature field of the wall corner under the convective boundary condition. After entering the mainstream temperature of the
D_T_calculator
- 缝隙天线阵列的泰勒分布及偏置计算 %输入参数: %N为阵元数,切比雪夫多项式阶数为N-1 %R0dB为副瓣电平要求 %输出参数: %角度:0-180° %道尔夫-切比雪夫相对幅度方向图SudB %道尔夫-切比雪夫相对激励幅度值In__ %均匀激励相对幅度方向图s0(Taylor distribution and offset calculation of slot antenna array)
电力系统潮流计算
- 主要用于潮流计算,通俗易懂,使用方便,适用于新手(It is mainly used for power flow calculation, easy to understand, easy to use and suitable for novice)
高阶累积量
- 高阶累积量,用于信号的调制识别,性能较好(high order cumulant,used to AMC.)
SOM
- SOM聚类算法,人工神经网络 matlab 源程序代码(SOM clusters matlab)
IIR滤波器
- 设计一个巴特沃思低通滤波器,其技术指标为:3dB带宽为,阻带截止频率为,阻带衰减大于30dB,采样间隔T=10us。 1)用冲激响应不变法 2)用双线性变换法设计 3)用FIR的矩形窗函数设计(A Butterworth low pass filter is designed, its technical specifications are: 3dB bandwidth, stopband cut-off frequency, stopband attenuation greater t