搜索资源列表
Jakes_model
- Jake s无线通信信道模型仿真的Matlab源程序,采用SOS仿真方法。程序内容包括:时变信道的幅度的实部和虚部,幅度概率密度函数,自相关函数,功率谱密度。-Simulation of Jake s wireless communication channel model Matlab source code, using SOS simulation method. The program includes: the real and imaginary parts of time-var
Hoeber_model
- Hoeber无线通信信道模型仿真的Matlab源程序,采用SOS仿真方法。程序内容包括:时变信道的幅度的实部和虚部,幅度概率密度函数,自相关函数,功率谱密度。-Simulation of Hoeber wireless communication channel model of the Matlab source code, using SOS simulation method. The program includes: the real and imaginary parts of ti
cheng-xu
- 针对常规PID控制不具有自适应能力，对于时变、非线性系统控制效果不佳。提出了将模糊技术与PID控制相结合的控制方式，设计模糊控制器。-Conventional PID control with adaptive capabilities, time-varying, nonlinear system control ineffective. Fuzzy and PID control combined control mode fuzzy controller design.
cheng-xu
- 针对常规PID控制不具有自适应能力，对于时变、非线性系统控制效果不佳。提出了将模糊技术与PID控制相结合的控制方式，设计模糊控制器。-Conventional PID control with adaptive capabilities, time-varying, nonlinear system control ineffective. Fuzzy and PID control combined control mode fuzzy controller design.
CAR
- CAR模型MATLAB程序,考虑带时变参数的CAR模型，用遗忘因子RLS估计参数-CAR MODEL PROGRAMME
adaptive-grey-prediction-PID-control
- 时变大滞后系统的自适应灰色预测PID控制,不错的参考文献。-Time-varying systems with adaptive grey prediction PID control of large time delay, a good reference.
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- 对结构响应信号进行连续复Morlet小波变换，根据小波系数的模极大值提取小波脊线，识别结构的瞬时频率；为降低噪音的影响，采用奇异值分解(SVD)方法进行降噪处理，建立了一种基于连续复小波变换识别时变系统 瞬时频率的方法。用一个具有时变刚度的弹簧质量系统的数值算例验证方法的有效性，随后设计了一个时变拉索 结构试验，分别对索施加线性和正弦变化的拉力，同时测试结构的冲击响应，运用提出的方法成功地识别了索的瞬时频率。数值与试验结果表明，提出的方法能有效地识别时变结构的瞬时频率，且识别方法具有一定
Multibeam-Sonar-Reverberation
- 非静止多波束声呐混响的自回归模型。综合考虑了环境，几何结构等多种因素通过时变自相关函数仿真混响复数据序列。-This work describes a technique for simulating nonsta- tiouary multibeam Gaussian sonar reverberation sequences. The primary objective is to simulate quadrature-demodulated complex
Bello_63
- IEEE经典论文，Bello于1963年发表的随机时变无线信道。-IEEE classic paper, Bello in 1963 published randomized time-varying wireless channel.
MatlabPWavelet-AnalysisP-harmonics
- 应用小波分析进行时变谐波分析 应用小波分析进行时变谐波分析-Application of wavelet analysis for time-varying harmonic analysis Application of wavelet analysis for time-varying harmonic analysis
MatlabPWavelet-packetP-harmonics
- 应用Matlab进行小波包对时变谐波分析的代码-Matlab Applications for wavelet packet on time-varying harmonic analysis
c13_tiv1
- 发生在时变系统中所展示的频谱扩展。待仿真系统是一个简单系统，其中系统的代桶输入是一个形为x(t)=cos[2π(f0+f1)t]的“音频”。-Occurred in the time-varying system in spread spectrum display. Subject to the simulation system is a simple system in which the generation of the system input is a bucket-shaped
c13_tiv2
- 时变信道的频率选择性和时变性。系统的输入是一个BPSK信号。系统的时变特性使BPSK信号作为时间的函数，发生衰减和相位旋转。-Time-varying channel frequency selectivity and time variability. Input to the system is a BPSK signal. System is time-varying characteristics make BPSK signal as a function of time, the o
mmimc
- 对于非线性时变工业过程对象，首先建立模型集来覆盖被控对象动态特性，分别建立相应的内模控制器，在系统变工况运行时，进行多模型加权自适应控制，与传统单内模控制相比，控制效果明显提高。-For the nonlinear and time-varying industrial process object, first ，we build model set to cover the dynamic characteristics of the object, then,set up a corres
rocket-simulation
- 火箭系统仿真。包括：（1）创建开环系统（2）控制器设计（3）控制器降阶（4）连续闭环系统的分析（5）受扰闭环系统的分析（6）线性时变系统的仿真等，内有函数说明-Rocket system simulation. Include: (1) create open-loop system (2) controller design (3) controller order reduction (4) continuous closed-loop system analysis (5) analysi
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- 一种新的变步长LMS自适应滤波算法，本文通过建立步长因子L与误差信号之间的非线性函数关系,提出了一种新的变步长LMS(Least Mean Square)算法.该算法具有初始阶段和未知系统时变阶段步长自动增大而稳态时步长很小的特点,且克服了S函 数变步长LMS算法(简称SVSLMS算法)在自适应稳态阶段L(n)取值偏大的缺陷.理论分析和计算机仿真结果表明 该算法的性能优于SVSLMS算法. -By building a nonlinear function relationshi
kf
- 设计过程噪声时变强跟踪自适应滤波器，估计汽车运动的瞬时速度v(t)和行走距离s(t)-Design process noise becomes strong tracking adaptive filter estimates the instantaneous speed of motor sport v (t) and walking distance s (t)
SMC
- 设计时变滑模变结构控制器，给出每种算式推导过程并证明稳定性-Design Varying Sliding Mode Controller gives each formula derivation and prove stability
a
- 用差分方法计算带时变系数的波动方程,界面可视。-simulate the wave functions with time-varying coefficients
a009
- 利用线性神经网络进行自适应预测利用函数adapt对线性网络进行自适应训练，在线修正网络的权值和阈值，这样对于时变信号，网络就可以及时跟踪其变化，即可对时变信号序列进行预测。-linear adaptive neural network prediction using linear function adapt to the network adaptive training , the online network that the weights and thresholds, so for