APF_PI+重复控制仿真

单机无穷大系统的短路电压的仿真和电流的仿真(Single machine infinite bus system short-circuit voltage and current simulation of the simulation)

说明：  改进CPS-SPWM策略的模块化多电平换流器,提出一种改进的优化载波平衡控制的载波相移调制方法和设备级调制算法。 该方法与子模块的平衡控制相结合，不仅体现了电容器更好的电压平衡效果，而且谐波含量更低。(this paper proposes an improved carrier phase shift modulation optimization method for device level balance control and modulation algorithm. The method combined with the balance control of the sub-module not only reflects a better capacitor voltage balance effect, but also has a lower output harmonic content.)

详细介绍了双向直流变化器的结构及控制技术，为电动汽车电池充放电系统的设计提供了一个很好的平台。(Details of the bi-directional changes of the structure and the DC control technology for electric vehicle battery charge and discharge system is designed to provide a good platform.)

求解时延微分方程，时延为固定时延，实现多个体的一致性(Solving delay differential equations, delay is a fixed time delay, multi-individual consistency)

汽车8自由度simulink模型仿真，适合研究生，可进行各种汽车动力学及其仿真研究工作(8-DOF Simlink Model of Automobile)

现在广义的Turbo码是指采用级联或乘积编码方法并利用迭代译码方法的编译码方案。迭代译码的基本思想是将一个的复杂的长的译码步骤分解为多个相对简单的迭代译码步骤而且在迭代译码步骤之间信息概率的转移或者是软信息的传递确保几乎没有信息损失。 根据其成员码和级联的方法的不同，Turbo码的分类 .本设计论文提供了Turbo码matlab代码以及界面设计（版权所有，仅供参考！） (now generalized Turbo code refers to the use of the product or cascade method of coding and decoding using iterative methods compiler program code. Iterative decoding the basic idea is a long and complex decoding steps split into a number of relatively simple steps iterative decoding and the iterative decoding steps probability of information between the transfer or soft ensure that the transfer of information almost no information loss. According to its members code and the cascade of different, Turbo code classifications. This paper provides a design Turbo Codes Matlab code and interface design (version All right, for reference purposes only!))

simulink仿真教程，内容包括： 1Simulink基本操作 2 模块库和系统仿真 3 子系统创建与封装 4 Simulink仿真举例 (simulink simulation tutorials, including: 1Simulink basic operation 2 module 3 sub-libraries and system simulation to create and package 4 Simulink simulation example)

串行加法器的vhdl描述，用两个移位寄存器和一个全加器，一个d触发器实现(The VHDL description of the serial adder, with two shift registers and a full adder, a D trigger)

介绍了一种基于锁频锁相环(FPLL)的载波跟踪算法。频率跟踪模块可以适应较大动态范围的频率变化，基于软件的数控振荡器(NCO)模块可以达到极高的频率跟踪精度。由于有锁频环的频率牵引，锁相环路滤波器可以设计得很窄，具有很好的抑噪性能，满足精确跟踪载波相位的要求。因此，该基于FPLL的载波跟踪算法可以适应信号存在较大的动态范围和噪声干扰的应用环境；同时，其鉴频鉴相算法表达式简单，易于用可编程数字器件实现。(Introduce an approach based on frequency-locking phase-locked loop (FPLL) carrier tracking algorithm. Frequency tracking module can adapt to a larger dynamic range of the frequency change, software-based numerical control oscillator (NCO) module can achieve the very high frequency tracking accuracy. Because of the frequency lock loop traction PLL filter can be designed very narrow, with very good noise suppression performance, to meet the precise requirements of carrier phase tracking. Therefore, the FPLL carrier-based tracking algorithm can be adapted to signal the existence of a larger dynamic range and noise of the application environment at the same time, the PFD algorithm expression is simple, easy to use programmable digital devices.)

simulation thesis pmsm hall sensors matlab simulink foc dtc dtc-svm calculator theta speeb pdf