FIX_SCX4300_V1.23_Fact_romdl

用于实际工程应用中的TPC码译码程序，该程序是对于64*64类型的码型(TPC decoding)

TMS Aurelius FMX 2.2 Full Source D2010, DXE-DXE5

得到系统进程列表创建和关闭进程，修进程优先级(get process)

画图片原理源码程序，调用API函数GetPixel循环取画板坐标点的颜色，再使用画板画点的方法一一画出即成一副图片。(Picture principle source program, call the API function GetPixel cycle takes Sketchpad color coordinate points , then use the drawing board stippled methods eleven Serve draw a picture .)

LDPC校验矩阵生成、高斯消去法编码、BP译码程序，可以作为自己编写LDPC编译码程序的参考。因为matlab代码效率不高，所以这个程序仿真起来比较慢.(LDPC check matrix generation, Gaussian elimination coding, BP decoding procedure can be used as its own procedures for the preparation of LDPC codec reference. Because matlab code efficiency is not high, so this process is relatively slow simulation together.)

独特论坛-精品下载者源码，体积小，免杀好做，非常厉害的一款下载者源码。(Unique BBS - boutique downloaders source code, small volume, free to kill good, very powerful download source code.)

这是一款开源,强大的编辑软件，支持各种语言在线编辑(This is an open source, powerful editing software, support a variety of languages online editing)

he energy generated using a photovoltaic (PV) are depends mainly on meteorological factors such as temperature and solar radiation. Considering the high cost and the low efficiency of a PV system, it must operate at maximum power point (MPP) which changes with the load variations and weather conditions. This article presents the conception of a nonlinear controller for the DC-DC converter to retrieve a maximum power from photovoltaic systems (PV). This is affected via the control of duty cycle of the converter. The backstepping control is used to design the controller. The incremental conductance algorithm provides the output reference voltage PV to the backstepping controller. An integral Action is added in order to render the controller robust against changes of parameters and perturbations. The proposed controller performance is assessed by numerical simulations under changing atmospheric conditions(efficiency of a PV system, it must operate at maximum power point (MPP) which changes with the load variations and weather conditions. This article presents the conception of a nonlinear controller for the DC-DC converter to retrieve a maximum power from photovoltaic systems (PV). This is affected via the control of duty cycle of the converter. The backstepping control is used to design the controller. The incremental conductance algorithm provides the output reference voltage PV to the backstepping controller. An integral Action is added in order to render the controller robust against changes of parameters and perturbations. The proposed controller performance is assessed by numerical simulations under changing atmospheric conditions)

Note: the test case uses a temp text file named "test" which contains 31 characters : "P@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]".

32nd AIAA Aerospace Sciences Meeting and Exhibit(2)