资源列表
CP0703
- 产生超宽带信号室内辐射掩蔽，测试最好的15阶高斯脉冲导数的组合方式-produce ultra-wideband signal radiation indoor shelter, the best test of the 15-Gaussian pulse derivative composition
CP0702
- 产生高斯脉冲的十五阶导数，显示脉冲形成因子对其产生的影响-Gaussian pulses generated 15 derivative, showing pulse form factor on the impact
CP0203
- UWB-OFDM信号发生，包括正交相移键控调制，仿真整条发射链路-UWB-OFDM signal, including quadrature phase-shift keying modulation, simulation of the entire launch Chains
CP0201
- TH-UWB信号的产生，有随即信号发生器，脉冲位置调制等部分组成。-TH-UWB signals generated, then signal generator, pulse position modulation, and other components.
music1-zhh
- zhe ge hen hao yong de dajia laikankan ba -zhe ge de hen hao yong dajia laikankan ba
pso_train_NN
- PSO算法具有快速收敛而且有很强的跳出局部最优从而找到全局最优点的能力，故可以用它来训练优化神经网络，此程序主要研究这个方面。-PSO algorithm is fast and has a strong convergence of jumping out of the local optimal thus find the most advantages of the overall capacity, it can be used to train the neural network o
CSTR_modeling
- CSTR产生数据的程序。由于CSTR具有广泛的应用性，故特地利用伪随机序列激发CSTR系统，产生数据。-CSTR generate data procedures. As CSTR with extensive application, it specifically using pseudo-random sequence inspired CSTR systems to generate data.
BP_example2
- 利用BP网络对一个简单的非线性神经元进行训练-BP network to a simple nonlinear neurons training
Perceptron_example6
- 分析单层感知器无法解决线性不可分输入矢量的分类问题-analysis of single-layer perceptron unable to solve the non-linear input vector classification
Perceptron_example2
- 采用单一感知器神经元解决一个简单的分类问题，将四个输入矢量分为两类，其中 ％ 两个矢量对应的目标值为1，另两个矢量对应的目标值为0-single perceptron neural yuan to solve a simple classification, four input vectors are divided into two categories. 2% which the vector corresponding to a target value, and the other
a-JJ-algeorith-for-state-eqation
- 在MATLAB环境下，对六变量的状态方程进行极点配置仿真源代码。-in MATLAB environment, the pair of six variables for the equation of state pole configuration simulation source code.
algeorithm-program-for-invented-pendulum
- 续上一个程序的线性控制律的滑模变结构控制源代码，在二级摆上进行实验，调试运行正确。-continued on a linear process control law SMVSC control of the source code, in the top two experiments Debugging operating correctly.