跳频系统仿真实例

TH-PPM UWB信号发射链路仿真，其中函数cp0201_transmitter_2PPM_TH中已经依次调用了另外5个函数，直接在matlab中调用它就可以仿真出结果。(TH-PPM UWB signal transmission link simulation, which has in turn calls function cp0201_transmitter_2PPM_TH in another five function call directly in matlab it can simulate the results.)

support vector data description的matlab代码(support vector data description of the matlab code)

Wavlet image transformation

LTE-A用户配对设计及仿真，提供了几种常用用户配对及方案对比，并基于Matlab给出仿真结果(Design and Simulation of LTE-A user match, provides several common user match and scheme comparison, and based on the Matlab simulation results)

its a c program for tokemizing

说明：  高斯过程(GP)模型中推理和预测的实现。它实现了在《Rasmussen & Williams:机器学习的高斯过程》(麻省理工学院出版社，2006)和《Nickisch & Rasmussen:二进制高斯过程分类的近似》(JMLR, 2008)中讨论的算法。该函数的优点在于灵活性、简单性和可扩展性。该函数具有一定的灵活性，首先通过定义均值函数和协方差函数来确定遗传算法的性质。其次，它允许指定不同的推理过程，如精确推理和期望传播(EP)。第三，它允许指定似然函数，如高斯函数或拉普拉斯函数(用于回归)和累积逻辑函数(用于分类)。简单性是通过一个简单的函数和紧凑的代码实现的。可扩展性是通过模块化设计来保证的，允许为已经相当广泛的推理方法、均值函数、协方差函数和似然函数库轻松添加扩展。(Gaussian Processes for Machine Learning , the MIT press, 2006 and Nickisch & Rasmussen: Approximations for Binary Gaussian Process Classification , JMLR, 2008. The strength of the function lies in its flexibility, simplicity and extensibility. The function is flexible as firstly it allows specification of the properties of the GP through definition of mean function and covariance functions. Secondly, it allows specification of different inference procedures, such as e.g. exact inference and Expectation Propagation (EP). Thirdly it allows specification of likelihood functions e.g. Gaussian or Laplace (for regression) and e.g. cumulative Logistic (for classification). Simplicity is achieved through a single function and compact code.)

用于计算超长程表面等离子体共振角度谱的反射率曲线(super long-range surface plasmon resonance is used to calculate the spectral reflectance curves of the angle)

LDA算法及matlab实现（有实例）对初学者有很大帮助(LDA algorithm and matlab implementation)

基于GSF方法的潮流计算，MATLAB程序，故障预算，case30(GSF method based on flow calculation, MATLAB programs, fault the budget, case30)

EFFICIENCY ANALYSIS OF AN INDUCTION MOTOR WITH DIRECT TORQUE AND FLUX CONTROL AT A HOT ROLLING MILL