一款非常好的媒体播放器软件，c++实现，功能强大

一个VC开发的cd播放器，很小巧的-development of a VC cd player, a very compact

一个很好的音频java编写的程序 可以在多个平台上实现对音频文件的播放。-a good audio java prepared by the procedure on multiple platforms to achieve the right audio player.

isd1760的录音程序，配合at8952使用。-isd1760 recording procedures, coupled with the use of at8952.

使用DirectSound播放MOD音乐格式的源代码-player MOD music format source code

kiwi format map which is used for car navigation very good tool

[Api command] Title=机器人语音控制系统 the message sent to "Demo Window" application will be WM_USER+1000+# Message=1 CMDs=零,一,二,三,四,五,六,七,八,九,执行,各关节归零,大臂正转,大臂反转,小臂正转,小臂反转,手腕正转,手腕反转,手爪张开,手爪闭合,上升,下降,大臂运行,大臂负运行,小臂运行,小臂负运行,手腕运行,手腕负运行,手爪运行,手爪负运行,升降运行,升降负运行,大臂归零,小臂归零,手腕归零,手爪归零,升降归零,速度加,原点记忆,系统复位,示教盒,暂停,急停,回原点,速度减,区号加,区号减,单步再现,周期再现,连续再现,返回,继续,数据记忆,读取数据,设置串口,打开串口,关闭串口, [User defined command] CMDs= EXEs=-[Api command] Title = robot voice control system sent the message to "Demo Window" application will be WM_USER Message = 1000# = snap a zero, one, two, three, four, five, six, seven, eight, nine, implementation, the RZ joints, the arm is changed, and boom inversion, is to arm and arm inverted, the wrist is transferred, wrist reversal, the gripper open, gripper closure, a rise, drop, the boom run, the negative operating arm, arm operations, negative operating arm, wrist operations, negative wrist operation gripper run gripper negative run, the aeronautical operations, negative movements runnin

(1)本程序可在Windows 2000、Visual C++ 6.0和DirectX 8.0 环境下编译通过。 (2)编译时直接打开//DECORE/BUILD目录下的DECORE.DSW文件。-(1) the procedures in Windows 2000, Visual C 6.0 and DirectX 8.0 environment compile. (2) Build directly open// DECORE/BUILD DECORE.DSW directories under the document.

这是上网时为一个网友写的一个媒体播放器的源码.这只是个手稿.可以看看,调用了WMP与ROP的一些功能.以后,将会改成DSP的.-online for a netizen wrote a media player of the source. This is only the manuscript. Look, call the WMP with the ROP features. Later, the DSP will be changed.

SUPER-RESOLUTION IMAGE RESTORATION BY COBINING INCREMENTAL WIENER FILTER AND SPACE-ADAPTIVE REGULARIZATION

1)编写DFT子函数（计算并画出幅频特性），以后可调用。 2）N=32，M=32，128，256时，分析频率分辨率、频谱的光滑程度。 3）N=64，256，512时，分析频率分辨率和频谱的光滑程度。 -1) the preparation of DFT Functions (calculated and drawn amplitude-frequency characteristics), the future can be called. 2) N = 32, M = 32,128,256, the analysis of the frequency resolution, the degree of smooth spectrum. 3) N = 64,256,512, the analysis of the frequency spectrum resolution and the degree of smoothness.