diagnosis-methods-books

说明：  介绍了被动雷达探测系统测向方法,提出了被动测向系统信号处理器的设计方法. 采用DSP(数字 信号处理器) + FPGA(现场可编程门阵列) 结构,使得系统的处理速度大大提高,而且集成度高、可靠性好、使 用灵活,具有很强的应用价值和参考价值.(Introduction of the passive radar detection system to test methods of measuring the passive signal processor to the system design method. The use of DSP (digital signal processor)+ FPGA (field programmable gate array) structure, making the system processing speed greatly enhanced, and high integration, reliability, and the use of flexible, has a strong value and reference value.)

应用于DSP的有源电力滤波器滞环控制，三种无差拍控制，准比例谐振控制程序(DSP applied APF Hysteresis Control of Three- deadbeat control quasi-resonant control proportion program)

能在大规模场景下，运行的slnr预编码算法(SLNR precoding algorithm for running in large scale scenes)

说明：  层次分析法程序，可用于多目标优化问题，改变评价矩阵即可(The analytic hierarchy process can be used in multi-objective optimization problems, and the evaluation matrix can be changed)

说明：  MIMO-OFDM仿真，包含Jakes模型生成信道、信道编码、ZC序列生成和OFDM四个子文件(Simulation of MIMO-OFDM)

使用tms320f2812dsp输出6路pwm驱动永磁同步电机，采用磁场定向矢量控制，简单高效(Using TMS320F2812DSP output 6 way PWM drive permanent magnet synchronous motor, using magnetic field oriented vector control, simple and efficient)

基于svpwm的永磁同步电机伺服系统仿真(The simulation of Permanent magnet synchronous motor servo system)

二进制频移键控的调制解调方案，经典不容错过(Binary FSK modulation and demodulation of the program, a classic not to be missed)

为了避免复杂的三角函数和求根运算，便于数字信号处理器的实时运算，提出一种新 的SVPWM算法。采用SPWM中调制波与载波相比较的规则采样思路，通过在静止坐标系下直接 计算每个参考电压矢量所对应的三相调制波的函数值，进而得到每相电压在一个PWM周期中的 占空比．该算法的主要特点是计算简单，只需要普通的四则运算，适用于数字化系统。在扇区划 分和占空比饱和的处理上较传统SVPWM算法更简便，且过调制范围也略有拓展，具有很大的实 用性。仿真和实验结果证实了该算法的有效性。(In order to avoid complex trigonometric and root operation, ease of operation, real-time digital signal processor, propose a new SVPWM algorithm. Using SPWM modulation wave in comparison with the carrier' s regular sampling ideas, through the stationary coordinate system directly calculated for each reference voltage vector corresponding to the phase modulation wave function value, and then get each phase voltage in a PWM period accounted for air ratio. The main features of the algorithm is to calculate simple and requires only ordinary arithmetic for digital systems. Saturation in the sector division and duty cycle of the treatment more convenient than traditional SVPWM algorithm, and also a slight over-modulation range expansion, with great practicality. Simulation and experimental results confirm the effectiveness of the algorithm.)

MATLAB GUI实现动态画图曲线的源程序代码 ，希望对大家有用(SOURCE PROGRAM CODE FOR IMPLEMENTING DYNAMIC DRAWING CURVES WITH MATLAB GUI)