CCSDS 350

连接好电脑和DSP仿真器，给全部实验设备上电，打开CCS3.3并连接板卡。将视频线一头连接板卡的输入端，另一头连接显示器的输入，将显示器调到AV模式。打开工程LinearTransform.pjt，编译，下载，运行。此工程的功能是：把摄像头捕捉到的一幅图像进行线性变换处理，并将之输出到显示器。(Connect the computer and the DSP emulator to test equipment on all electric, open CCS3.3 and connect cards. One end of the video cable to connect the input of the board, the other end connected to the input of the display, the display transferred to AV mode. Open project LinearTransform.pjt, compile, download and run. This project features are: the camera to capture images of a linear transformation processing, and outputs it to the display.)

Registre universale Permit operaţ ii de deplasare la stâ nga ş i la dreapta, î ncă rcare paralelă , citire serială sau paralelă a datelor. De menţ ionat că aceleaş i operaţ ii se pot realiza ş i cu registrul 7495 prezentat anterior, dar cu conexiuni externe pentru deplasarea la stâ nga.

电机控制，在电梯门机控制上通过实际运行验证(Motor control, verify through the actual operation of the elevator door control)

针对光伏并网发电系统中关健部件—逆变器的结构设计与控制方法研究进行了详细分析 和阐述。从电网、光伏阵列以及用户对逆变器的要求出发, 分析了各种不同的逆变器拓扑结构与控 制方法, 比较其运行效率和控制效果。对于本文提出了一种基于全桥变换器的正弦波逆变电源的整体设计 方案。文章首先对系统设计中将使用到的DC/DC变换器，DC/AC变 换器以及PWM控制技术在理论上进行了深入的研究。并讨论了数字 式PID控制算法的实现和在系统中的应用，还针对这种基于全桥变换 器的正弦波逆变器提出了一种用一个电压闭环来调节两个控制量的 PID算法。 其次，文章设计了基于全桥变换器、全桥逆变器和以DSP为核 心的逆变电源控制电路，详细介绍了各相关电路模块的原理与结构。 在完成电路参数设计以后，通过使用MATLAB/Simulink软件对整个 系统进行了仿真分析。并对系统软件设计的思路与实现方法以及关键 程序的流程进行了介绍。 最后，通过系统的带载实验对整套系统软硬件设计的合理性进行 了验证。实验结果表明，本文设计的逆变电源硬件电路和软件系统是 成功的。 (The paper comes up with a full-package solution to convert solar power into AC.This solution is based on the design of the full-bridge converter and the full-bridge inverter.This paper first gives full analysis on the theories of power switching technology,inverter technology and PWM technology.And the theory and fulfillment of PID algorithm are discussed in this paper.Especially for this solution,this paper comes up with a PID algorithm in which two variables are being controlled in one close-loop. Then,this paper gives the procedure to calculate the main circuit parameters.The design of digital controlling circuit and assistant circuits, such as MOSFET driving circuit and voltage protection circuit,are introduced.Based on the parameters worked out,the paper gives the simulation of whole system in Matlab/Simulink.This paper also introduces the firmware design based on the DSP（TMS320F2812）. The last is the verification of whole system including hardware and software by t)

OPC技术在自动化监控系统的应用,实现语言是VB(OPC technology in the automated monitoring system to realize the language is VB)

Fiber Bragg Grating Book

三相SPWM逆变器的调制建模和仿真详细讲解(Three-phase modulation SPWM Inverter Modeling and Simulation explain in detail)

分布式一致性协议，很适合刚接触一致性的新手(The consistency of distributed agreement, it is very suitable for new to novices)

重点研究了全数字QAM接收机中的两个关键技术——符号同步和信道盲均衡。研究Gardner定时误差检测算法，盲均衡方面，重点研究了CMA及其改进算法，采用MMA算法和DD-LMS算法联合均衡 (Focuses on the all-digital QAM receiver in the two key technologies- the symbol synchronization and channel blind equalization. Research Gardner timing error detection algorithm, blind equalization, the focus of the CMA and its improved algorithm, using the MMA algorithm and the DD-LMS algorithm for joint equalization)

This is simulink model of fuzzy logic control of svpwm based induction motor control