永磁同步电机系统的滑模观测器设计 Sliding-model-observer-based-PMSM

BIOS 的设置与调整一直以来都是电脑使用的热点，尤其是大多数初、中级 用户都希望能够有资料帮助他们，本书以 BIOS 的基础知识为起点，针对主板、 显卡、调制解调器等的 BIOS 设置、升级、优化进行了系统的讲解，教读者如何 通过 BIOS 来达到优化系统、解决常见问题。本书的读者定位为：电脑初、中级 用户。 (BIOS setup and adjust the use of computers has always been hot, especially the majority of the early, intermediate users wish to have information to help them, this book to BIOS basic knowledge as a starting point, for motherboards, graphics cards, modems, BIOS, etc. settings, upgrade, and optimize the system to explain, teach readers how to achieve optimized system BIOS to resolve common problems. Readers of this book as: computer early, intermediate users.)

说明：  1.用差分法求解电容器x轴上的电位分布和原点O点的电位值。（不考虑电容的电磁效应） 2.通过MATLAB仿真实现八木天线的工作原理，获得八木天线的输入阻抗、天线增益、E面方向图和H面方向图。(1.The difference method is used to solve the potential distribution on the x-axis of the capacitor and the potential value at the point O. (without considering the electromagnetic effect of capacitors) 2.The working principle of Yagi antenna is simulated by MATLAB. The input impedance, antenna gain, E-plane pattern and H-plane pattern of Yagi antenna are obtained.)

用matlab实现画出基本概率密度函数的相位，能量，实部等的功能(Using matlab to achieve basic probability density function of the draw phase, energy, real function of such)

禁忌搜索算法的matlab实现，以旅行商问题为例，使用该算法找出满意解。(Tabu search algorithm matlab realize, to the traveling salesman problem, for example, the use of the algorithm to find satisfactory solution.)

无功补偿，SVG代表了无功补偿的新方向，可以提高功率因素，克服三相不平衡，消除电压善变和电压波动(Reactive power compensation, SVG represents a new direction of reactive power compensation, can improve power factor, overcome three-phase imbalance, eliminate voltage fickle and voltage fluctuation)

RBD and LCRBD algorithm for capacity and ber

锂电池高精度模型，可以进行参数估计，使用simulink及simscape工具箱(Lithium batteries precision models, parameter estimates that use the the simulink and simscape Toolbox)

有限差分TVD格式，最简单的，易于理解，适合初学者参照(Finite Difference TVD format, the most simple, easy to understand for beginners reference)

关于pscad下的一个逆变器spwm仿真，有波形和参数设置，值得一看。(this is good file)

信号处理中的若干典型算法，很不错的，希望对大家游泳(signal processing algorithms typical of a number of very good, we hope to swim)