lammps

关于MIMO-OFDM技术在空时分信道上的源代码，符合当今通讯应用的潮流。(About MIMO-OFDM technology in the space-time channel of the source code, in line with the trend of today s communications applications.)

本模型是EPS电子助力转向的MATLAB／SIMULINK模型，供大家参考(This model is the MATLAB / SIMULINK model of EPS electronic power steering, for your reference)

细菌觅食算法 可以用来解决电力系统无功优化，调度等寻优问题，可以来参考下(Bacterial foraging algorithm can be used to solve the power system reactive power optimization, scheduling and other optimization problems, you can refer to)

matlab常用的函数说明，能用的基本上都有，对查询matlab函数很方便。(matlab function commonly used instructions are basically usable, very easy to query matlab function.)

简单介绍了RLS算法(递推最小二乘算法)，附带程序能够实现RLS的仿真，并且仿真效果较好。(A brief introduction of the RLS algorithm (recursive least squares algorithm), RLS can be achieved with the simulation program and simulation is better.)

模态参数辨识方法，主要是利用时域数据进行时域模态参数辨识(time modal identification method)

一个粒子滤波的简单例子，有助于理解粒子滤波的程序设计方法，程序列举了三种重采样方法(a particle filter simple example will help to understand the procedures particle filter design method procedures outlined three resampling methods)

方波及其频谱；钟形波及其频谱；单指数衰减波及其频谱(Square-wave and its frequency spectrum bell-shaped wave and its spectrum single exponential decay wave and its spectrum)

在基于Mean-Shift的目标跟踪算法中，尺度自适应机制是算法研究的一个重要方向。一种典型的方法采 用Lindeberg的尺度空间理论以获取目标尺度信息。但现有算法中将尺度由2．D矢量压缩为1一D量，未能精细地 刻画目标仿射变换时的尺度变化，从而限制了算法的适用范围。为此，该文将尺度维1．D滤波推广至2一D，构造得 到了相应的垂D尺度空间，并利用窄间维和尺度维的Mean-Shift交替迭代，实现了同时在空间位置和尺度方向对 目标的有效跟踪，提高了算法在目标尺度变化时的自适应性，并扩大了算法的适用范围。 关键(Scale adaptive mechanism in the target tracking algorithm based on Mean-Shift algorithm is an important direction of research. A typical method using Lindeberg' s scale space theory to obtain the target scale. However, the existing algorithms will scale from 2. D vector compression for 1-D volume, not fine to portray the target affine transformation of scale changes, thus limiting the scope of application of the algorithm. To this end, the paper will scale dimension. D filter to the 2-D structure has been the vertical D scale space and the use of narrow inter-dimension and scale dimension of the Mean-Shift alternating iteration, effective tracking of the target position in space and scale direction to improve the self-adaptive algorithm when the target scale changes, and to expand the scope of application of the algorithm. Key)

协作通信中放大转发（AF）和译码转发（DF）协议理论和仿真曲线对比(The comparison of theoretical and simulation curves for AF and DF protocol in cooperative communication)