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LMS-auto-adapter-fiter
- 考虑一个线性自适应均衡器的原理方框图如《现代数字信号处理导论》p.275自适应均衡器应用示意图。用LMS算法实现这个自适应均衡器,画出一次实验的误差平方的收敛曲线,给出最后设计滤波器系数。一次实验的训练序列长度为500。进行20次独立实验,画出误差平方的收敛曲线。给出3个步长值的比较。-consider a linear adaptive equalizer block diagram as the principle of "modern digital signal process
RLS-auto-adapter-fiter
- 考虑一个线性自适应均衡器的原理方框图如《现代数字信号处理导论》p.275自适应均衡器应用示意图。用LMS算法实现这个自适应均衡器,画出一次实验的误差平方的收敛曲线,给出最后设计滤波器系数。一次实验的训练序列长度为500。进行20次独立实验,画出误差平方的收敛曲线。给出3个步长值的比较。-consider a linear adaptive equalizer block diagram as the principle of "modern digital signal process
3D-SPIHT
- 3-D SPHIT 压缩Matlab 程序及一些宝贵的MRI 3D序列图-3-D SPHIT compression Matlab procedures and some valuable MRI 3D sequence diagram
Mathematic
- 该程序是用来画微分系统时间序列图相图等相关的图形的,可以很好的对一个微分系统进行分析-The program is used to draw the time-differential phase diagram sequence diagram of the graphics, etc., can be a very good system for a differential analysis
ds_5
- 1.定义图的数据结构。 2.编写函数,用邻接表实现图的存储结构,求图的顶点的度数。 3.编写函数,输出图的遍历序列。-1. The definition of graph data structure. 2. Write a function, using adjacency list implementation diagram of the storage structure, find the vertex of degree. 3. Write a function, the o
dsss
- 直接序列扩频用matlab simulink实现直接m序列扩频框图-Direct Sequence Spread Spectrum with matlab simulink realization of direct sequence spread spectrum m diagram
hvvCDMA
- 在MATLAB环境下实现了CDMA通信系统仿真,程序流程为:随机序列产生--WALSH码扩频--BPSK调制--加入(和不加入)高斯白噪声--BPSK解调--WALSH码解扩,对过程波形进行了存储,对加噪与不加噪情况下的解码结果进行了对比,并绘制出信噪比与误码率关系图。-In the MATLAB environment to achieve a CDMA communication system simulation, the program flow as follows: random s
CDMADemodulator
- DEMODULATOR: This function performs demodulation of the forward Channel packet, based on RAKE Receiver Block Diagram Input Signal -> [Matched Filter] -> [Sampler] -> [RAKE Receiver] -> [Walsh] -> [DeSpreading] Inputs: RxIn
CDMAModulator
- MODULATOR This function modulate the forward Channel chips. Block Diagram InChips -> [Walsh] -> [Spreading] -> [Output Tx Shaping Filter] Inputs: chips - chips sequence to transmit MFType - Shaping Filter type (default - Rise Cosin
Figure-topological-sort
- 拓扑排序 对一个 有向无环图 G进行拓扑排序,是将G中所有顶点排成一个线性序列,使得图中任 意一对顶点u和v,若u,v ∈E,则u在线性序列中出现在v之前。 通常,这样的线性序列称为满足拓扑次序的序列,简称 拓扑序列 。 注意: ①若将图中顶点按拓扑次序排成一行,则图中所有的有向边均是从左指向右的。 ②若图中存在有向环,则不可能使顶点满足拓扑次序。 ③一个DAG的拓扑序列通常表示某种方案切实可行。 -Top
demand-analysis
- 题目:XX软件的需求分析 要求:引用教学管理 或 自行设想,配一个简单的说明,软件的范围尽可能小 方法:结构化或面向对象 内容:1.结构化方法: DFD:从顶层开始,细化到软件“功能”为止 DD:只要求描述数据结构 加工说明:只要求任选一项,方法自行选择 2.面向对象方法: 用例图 任选一个用例图进行描述 类图,对类的方法不要求详尽 针对该用例,写出顺序图 -Title: XX software requireme
An-optimal-training-signal
- mim0-ofdm多数图多输出系统训练序列的产生,结构,优化-mim0-ofdm multiple-output system, the majority of the training sequence diagram generation, structure, optimization
83050_M1
- study how to generate a symbol sequence, a pulse-shaping filter, and an eye-diagram.
Greed-Game
- 使用rose对Greed游戏建模:用例图,活动图,状态图,顺序图,类图及类间关系-Modeling of the Greed game with rose: use case diagram, activity diagram, state diagram, sequence diagram, class diagram and the relationship between class
bitree
- 1、以广义表的方式输入二叉树 2--7、三种递归、非递归遍历的结果 8、统计结点数、叶子数 9、求深度(递归、非递归) 10、以反中序方式打印树图的格式-A generalized table input binary tree 2- 7, three recursion, non-recursive traversal results 8, the statistics the number of nodes, leaf number 9, seeking dept
Discrete-time
- 自行设计产生两个离散序列信号,对其进行相加、乘及卷积运算。 利用filter命令求下面LTI系统的冲激响应,画出系统的零极点图,判断系统的稳定性、因果性。 绘出系统的频响曲线 -To design of two discrete sequence of signals , their sum , multiplication and convolution . Seeking the following LTI system impulse response filter com
chua
- 蔡氏电路的matlab 实现程序。生成x-y-z相图,时间序列图等。-Chua' s circuit matlab program. Generate the xyz phase diagrams, time sequence diagram.
try
- 虫口方程解序列图,Matlab,给定初值,改变参数即可-Worm hole equation solution sequence diagram
1
- 用sas软件做描述性分析,例如计算平均值,极大极小值,方差,极差,绘制散点图,序列图等(Use sas software to do descr iptive analysis, such as calculating mean value, minimum value, variance, range, drawing scatter diagram, sequence diagram, etc.)
lorenz
- lorenz matalb仿真 生成变量x的时序图 x-z平面的相图 x-y-z的三维相图(Lorenz MATALB simulation Sequence diagram of generating variable x The phase diagram of the x-z plane Three dimensional phase diagram of X-Y-Z)