MATLAB2

Stockwell S变换的Matlab实现,具有FFT和小波变换的特性(Stockwell S Transform Matlab achieved with FFT and wavelet transform features)

基于Z-Source变换器的光伏发电升压电路，包含光伏阵列模块、Z-Source变换器模块。(PV system based on Z-Source converter.)

解决了振动耦合的问题，本人在论文研究前期搞的一些程序，请多指教(To solve the problem of the coupling vibration, I in the paper the researches of some of the program up, please give your comments)

SecVibratPSO :用二阶振荡粒子群优化算法求解无约束优化问题 (SecVibratPSO: optimization algorithm for solving unconstrained optimization problems with second-order oscillating particle swarm)

S变换的matlab源码，并应用几个信号作为例子来说明怎么使用s变换以及s变换可以用来做些什么事情。s变换是时频分析领域中一个较新的内容，现在在信号处理，地震勘探，语音识别等领域都开始了对它的应用研究，是目前的一个热点。(S transform Matlab source, Applied Signal and several examples to illustrate how the use of Transform's's transformation can be used to do anything. Transform's time-frequency analysis is the area of a newer, now in signal processing, seismic exploration, Speech Recognition and other areas has started its applied research, is a hot spot.)

LTE eea3 eia3 zuc等算法的详尽描述，其中包含有实现源码，测试例。均来自标准文档。 (A detailed description of LTE eea3 eia3 zuc algorithm, which includes the source code, test cases. From the standard document.)

直线一级倒立摆的能量控制起摆设计仿真图 (Linear inverted pendulum swing energy control design and simulation of Figure)

遗传算法的书籍,适合初学者快速上手学习用。(Genetic Algorithm books)

灰色系统模型的matlab实现，统计分析时不可或缺的一种模型。通过此m文件直接预测分析所需数据(Matlab implementation of the gray system model, an indispensable model in the statistical analysis. This m file directly predictive analysis required data)

we present a practical link adaptation algorithm for MIMO-OFDM systems. The proposed solution is based on sounding the channel periodically and choosing the optimal mode that will maximize the throughput or energy efficiency (EE) while satisfying the application’s quality of service (QoS) requirements. In addition, we address practical problems such as the computational complexity of the algorithm and determination of sounding period by novel closed form solutions and iterative algorithms. Realistic link level simulations confirm that the proposed solution achieves significant improvement over existing link adaptation algorithms when the aim is to maximize the throughput, and provides orders of magnitude gain in energy efficiency compared to poorly chosen fixed modes when used for energy efficiency maximization purposes. The resulting algorithms are implemented on a real time MIMOOFDM testbed, and we report on the experimental results.