Search - random matlab

Search - random matlab - List

[Other resource] LMS by adian try DL : 0: 本程序用matlab工具编程,采用lms算法实现信道估计.其中信源是+-1二值随机码,信道为多径(3路径)信道.-the procedures used Matlab programming tools using LMS algorithm channel estimation. Which source is -1 two random codes, channel more Drive (Route 3) channel.
Date : 2008-10-13 Size : 839byte User : 樊点桦
[WinSock-NDIS] jsac DL : 0: 用Matlab产生随机拓扑图，优化并显示结果。-Matlab random topology map, optimization and display results.
Date : 2008-10-13 Size : 18.46kb User : 杨
[Other resource] 我编写的monte carlo随机数发生器 DL : 1: 这是我在matlab环境下编写的产生随机数的源程序，包括产生均匀分布和正态分布，参数接口十分灵活。-in Matlab environment prepared by the random numbers generated by the source code, including the Uniform Distribution and normal distribution, parameter interface is very flexible.
Date : 2008-10-13 Size : 1.92kb User : 存友
[Other resource] TFBSSpack DL : 0: 一个使用空间时频分布进行盲信号分离的Matlab程序，可以实现高信噪比下的随机信号分离-the use of space at a frequency distribution for the Blind Signal Separation Matlab procedures can achieve a high SNR of random signal separation
Date : 2008-10-13 Size : 24.62kb User : 赵力
[Other resource] bch DL : 1: BCH 编解码的MATLAB 实现。BCH码是一类重要而有效的纠正多个随机错误的循环码，由于该码具有严格的代数结构，所以是到目前为止研究得最为详尽、应用最为广泛的一类码，已有多种译码算法。-BCH codec of MATLAB. BCH is a kind of important and effective redress the wrong number of random cyclic code, as the code strictly algebraic structure, it is so far the most detailed study in, the most widely used type of a code has a variety of decoding algorithm.
Date : 2008-10-13 Size : 3.1kb User : zfs
[Other resource] 随机过程时间序列的分析 DL : 2: 是随机过程中时间序列分析作业，基于Matlab编程实现模型判别，参数求取，模型预测等，另附有本人作业全文，供大家参考。-random process is time-series analysis of operations, based on the Matlab programming model checker, parameters strike, model projections, followed by my work, for your reference.
Date : 2008-10-13 Size : 51.66kb User : 雅丫
[Other resource] genmix DL : 0: GUI FOR GENERATING MULTIVARIATE RANDOM VARIABLES FROM MIXTURE的matlab实现-GUI FOR GENERATING MULTIVARIATE RANDOM VA RIABLES FROM MIXTURE achieve the Matlab
Date : 2008-10-13 Size : 4.45kb User : 黄风
[Other] 蒙特卡洛 DL : 2: 利用MATLAB可以产生各种形式的随机数，进行随机解决一些实际问题（系统的寿命、重积分、预测公司经营）-using MATLAB can produce various forms of random numbers, random solve some practical problems (system of life, re-integration, the company forecast operating)
Date : 2008-10-13 Size : 11.58kb User : 111
[Other resource] mls DL : 0: 产生伪随机噪声的MATLAB程序，在通信系统仿真可以用到-produce pseudo-random noise MATLAB procedures, the communications system simulation can be used
Date : 2008-10-13 Size : 1.64kb User : 郑研
[Other resource] greatQPSK DL : 0: QPSK的Matlab实现使用伪随机序列，低通滤波，可看图-QPSK Matlab using the pseudo-random sequence, low-pass filtering, flashcards
Date : 2008-10-13 Size : 4.64kb User : 李继泉
[WEB Code] CommunicationToolBook DL : 0: 通信原理matlab实验教材，包括随机数生成、量化、编码、调制、传输-Communication Theory Matlab experimental materials, including random number generator, quantification, coding, modulation, transmission.
Date : 2008-10-13 Size : 384.79kb User : 葛琳
[Other resource] stcLogistic DL : 0: Logistic混沌随机序列的MATLAB产生源程序-Logistic chaotic random sequences generated source MATLAB
Date : 2008-10-13 Size : 845byte User : 冯云帆
[Other] 1.5% DL : 4: 利用MATLAB随机函数rand生成comsol随机分布纤维的钢纤维混凝土文件(Using random function Rand of MATLAB to generate steel fiber concrete file of COMSOL random distribution fiber)
Date : 2020-07-11 Size : 1.69mb User : Knight1213
[matlab] Bidirectional Rapidly-exploring Random Trees DL : 1: 基于二值图的路径规划，rrt算法。双向优化，通过起点与终点双点发展扩展树，优化处理速度。(Path planning based on binary graph, RRT algorithm. Two way optimization, through the start and end point of the expansion tree development, optimize the processing speed.)
Date : Size : 1.94mb User : c123x
[matlab] 混凝土圆形随机骨料（可导入comsol） DL : 6: matlab语言用于生成二维随机圆形混凝土圆形骨料。(MATLAB language is used to generate two-dimensional random circular concrete aggregate.)
Date : Size : 10kb User : 因轻
[Internet-Network] 船舶在波浪中的仿真matlab DL : 0: 波浪模拟，线性波、随机波、船舶受波浪力模拟。(Wave simulation includes linear wave, random wave and wave force on ship.)
Date : Size : 2kb User : 程序员X
[Other] 基于混沌自适应粒子群优化的matlab程序 DL : 0: 文件包括带压缩因子的粒子群算法，权重改进的粒子群算法，自适应权重法，随机权重法，变学习因子的粒子群算法，异步变化的学习因子，二阶粒子群算法，二阶振荡粒子群算法，混沌粒子群算法，混合粒子群算法，杂交粒子群算法，模拟退火算法(Documents including particle swarm algorithm with compression factor, weighting the improved particle swarm algorithm, adaptive weight method, the random weighting method, variable learning factor of particle swarm optimization (pso) algorithm, asynchronous learning factors change, the second order particle swarm optimization (pso) algorithm, the second order oscillation particle swarm algorithm, chaos particle swarm optimization (pso) algorithm and hybrid particle swarm optimization (pso) algorithm, the hybrid particle swarm algorithm, simulated annealing algorithm)
Date : Size : 22kb User : 1575304182@qq.com
[Windows Develop] MATLAB DL : 2: 生成复杂网络，便于下一步进行随机攻击和蓄意攻击使用(It can generate complex network for random attack and deliberate attack)
Date : Size : 29kb User : lee.z
[matlab] qlearning111 DL : 0: q-learning 实现栅格迷宫路径规划，附带随机迷宫生成代码(Q-learning to achieve grid maze path planning, with random maze generation code)
Date : Size : 2kb User : kanye_yang
[Other] PST部分传输序列法 DL : 0: PTS的基本思想是：将输入的OFDM符号X，分割成V个互不重叠的独立的子序列Xv，每个子块向量大小相等且子块中没有继承原符号相应位置的取值为0。经过N点快速傅里叶逆变换后获得时域信号xv，再与相位旋转因子系数bv相乘，最后将每个子块的结果求和。然后将使PAPR最小的旋转因子的最佳组合作为边带信息传送给接收机以恢复信号。在PTS方法中，可以通过改变子序列的分割方式降低系统计算复杂度和改善系统性能。有三种常用的分割方法：相邻分割、伪随机分割和交织分割。(The basic idea of the partial transmission sequence method (PTS) is to split the input OFDM symbol X into V independent non-overlapping subsequences Xv, each of equal size and no inheritance of the corresponding position of the original symbol in the sub-block to take the value of 0. After N-point fast Fourier inversion to obtain the time domain signal xv, and then multiply with the phase rotation factor bv, and finally sum up the results of each sub-block . The best combination of rotation factors that minimizes the PAPR is then transmitted to the receiver as sideband information to recover the signal. In the PTS method, the system computational complexity can be reduced and the system performance improved by changing the segmentation of the subsequence. There are three commonly used segmentation methods: adjacent segmentation, pseudo-random segmentation, and interleaved segmentation.)
Date : Size : 3kb User : zsdslehqm

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