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Description: Intel中ipp的各种库文件，以及头文件。可以直接调用对信号、图像向量等进行处理。-Intel ipp in all kinds of libraries, and header files.You can directly call to deal with signal, image vector, etc.
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Size: 10116096 |
Author: Asia |
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Description: IPP+6.1.2.041的下载地址，和IPP+6.1.2.041的注册文件。-IPP+ 6.1.2.041 download address, and IPP+ 6.1.2.041 registration file.
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Size: 1024 |
Author: Asia |
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Description: 基于Intel IPP的计算离散傅里叶变换的源码-Intel IPP-based computing discrete Fourier transform of the source
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Size: 1024 |
Author: frankly |
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Description: IPP samples for building in VS Studio
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Size: 21486592 |
Author: Sharath Dhamodaran |
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Description: 从国外网站上下载的g.728的c实现源代码，不需要intel的ipp扩展-C realization of the source code downloaded the website of G.728, does not require the Intel IPP extension
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Size: 172032 |
Author: 柳光峰 |
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Description: 要在WPF中完美的支持YUV数据的显示，通常的解决方式是使用先把YUV数据转换成WPF可以支持的RGB数据，然后利用类似于WriteableBitmap的控件，把他展现在WPF上。这么做的主要问题是在做RGB转换的时候，需要消耗大量的CPU， 效率比较低。一种优化方式是使用FFMPEG里的SwScale或者Intel的IPP库，这些库经过了一定的优化，可以有限度的使用硬件加速。这里2为一个使用WritableBitmap的例子。-To perfect support in WPF YUV data show, the usual solution is to use the first WPF YUV data into RGB data can be supported, and then use controls similar to WriteableBitmap, and put his show on the WPF. The main problem is that in doing so make RGB conversion, consumes a lot of CPU, the efficiency is relatively low. An optimization approach is to use FFMPEG Lane SwScale or Intel' s IPP libraries that after a certain amount of optimization, can limited use hardware acceleration. 2 Here is an example of a use WritableBitmap.
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Size: 23862272 |
Author: huge |
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Description: Intel IPP Manual. WHICH IS FAST PROCESSING OF IMAGES AND VIDEOS
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Size: 3856384 |
Author: balodhi |
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Description: 基于软件无线电平台的FM解调算法,集成了intel ipp信号处理算法-base on SDR,FM demodulation
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Size: 761856 |
Author: 简单人c |
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Description: Integrated Performance Primitives (intel IPP) Book
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Size: 9566208 |
Author: js |
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Description: G.729的编解码C源码(使用Intel的IPP包)堪称效率最高(G. 729 codec C source (the use of Intel IPP package) is the highest efficiency)
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Size: 81920 |
Author: 无赖人生 |
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