搜索资源列表
dsp_optimize
- dsp优化精华，通过7个rgb转yuv小程序的优化过程，可以初步了解一下dsp程序优化的精髓，包括浮点转换、定点优化、程序级优化、指令集优化、内存优化、DMA优化、数据拼合终极优化-dsp optimize essence, through turn seven rgb yuv small program optimization process can be a preliminary understanding of the essence of the dsp program optimi
WaveletDSP
- 小波变换具有良好的时—频局部性，是分析奇异信号的重要方法定点DSP在工程中的厘用士分背通，具实现小波变换可以满足工程是实时性的要求文中简要介绍了小波变换理论及算法，并结合TI公司的16位定点说明算法的实现。 -Wavelet transform has a good time- frequency localization, is to analyze the singular signal an important means of fixed-point DSP in engineeri
PWS_DSP
- matlab DSP（数字信号处理） 库文件-matlab DSP (digital signal processing) library file
bf531-r8x8dct
- 此代码运行于blackfin系列DSP中的BF531芯片上，可完成8X8DCT（离散傅立叶变换），代码经过有针对的优化。-This code runs on the Blackfin BF531 Series DSP chip, to be completed by 8X8DCT (Discrete Fourier Transform), the code has been optimized for.
facetrack
- facetrack.aps facetrack.cpp facetrack.clw facetrack.dsp facetrack.dsw facetrack.h facetrack.ncb facetrack.opt facetrack.rc facetrack.sln facetrack.suo facetrack.vcproj facetrack.vcproj.HUANGSHE-37F1E4.huangsheng.user facetra
wavecode
- 此源码使用C语言来编写，实现小波变换，并在DSP中实现-This source using the C language to write to achieve wavelet transform, and DSP to achieve
dspfingerprint
- 本文的研究目标是基于DSP技术与指纹相关的处理算法， 开发出一套基于DSP平台的指纹识别系统，实现安全、高效、方便的个人身份 鉴别。-Research objectives of this article is based on DSP technology and fingerprint-related processing algorithms, develop a DSP platform based on fingerprint identification system to achi
dsp
- 仿真信号，添加白噪声，再用小波去除。斑竹看看，有什么问题没^_^我信号处理不行这个程序也在MIT提供的信号上进行了验证。-Simulation signal, add the white noise, and then wavelet removal. Chiloscyllium see what the problem did not ^ _ ^ I will not do signal processing This process also signals provided by the
DSP_RGB2YCbCr
- RGBtoYCbCr的汇编源程序,使用DSP实现,图像处理-RGBtoYCbCr compilation of source code, use the DSP to achieve, image processing
CXImage
- c++编写的 可以识别各种图片格式的源代码以及两个demo程序-c++ prepared a variety of image formats can be identified the source code as well as two demo program
McBSPs_Link_Test
- McBSPs_Link_Test MsBSP串口调试程序，希望对学习DSP编程的人员有用，我用的是TMS320C6414型DSP-McBSPs_Link_Test MsBSP serial debugger, and they hope to learn useful DSP programming, I use the TMS320C6414-based DSP
107215784VideoOSD
- 自己编写的,采用DSP实现字符叠加的程序,基于合众达SEED-DEC643的扳子,CCS2.2环境,原来的例程是采用FPGA实现字符叠加的,改程序完全采用DSP进行叠加-I have written, the use of DSP realization of characters superimposed procedures, based on the union of the SEED-DEC643 Tatsu wrench, CCS2.2 environment, the origina
DSPDM642zdd
- 很好的关于人脸识别的毕业论文，从中国知网付费下载得到，《基于DSP（DM642）的嵌入式人脸识别器的设计 》希望对大家有用。-About Face Recognition of good theses, pay-per-download from the Chinese HowNet be, " based on DSP (DM642) Embedded Face Recognition Design" I hope useful to everyone.
DigitalVerification
- 数字识别c++程序示范 数字识别基础知识 简单识别项目文件 -数字识别.dsp This file (the project file) contains information at the project level and is used to build a single project or subproject. Other users can share the project (.dsp) file, but they should export the
VPM642zoom
- 基于DSP的图像处理技术 在VPM642板子上调试通过！直接加载 即可使用!-DSP-based image processing technology in the board debug VPM642 through! Can be used directly to load!
Lab534-VideoMotionDetect
- dsp上实现目标检测以及一些算法-dsp to achieve target detection, as well as a number of algorithms! ! ! ! ! ! ! ! ! !
midfilter
- 基于中值滤波的图像处理算法，基于嵌入式DSP开发的程序。-Median filter based on image processing algorithms, DSP-based embedded development process.
2008172870
- 本文详细介绍了指纹识别技术的预处理算法，其中包括MATLAB算法仿真部分和DSP实现部分，并着重研究了预处理算法中的指纹图像归一化、图象滤波增强、图像分割、二值化、细化等关键技术。本文提出了改进的Gabor滤波算法，同时对其他预处理部分算法进行了优化，并将傅立叶分析方法应用于指纹图象处理研究中，采用MATLAB实现了本文讨论的所有算法。-This paper describes a fingerprint recognition algorithm technologies, including
designofdrowsinessdetectionsystembasedondsp
- 本文描述了一个基于TI 公司高速图像处理芯片TMS320DM642 的疲劳检测预警系统， 用以判定驾驶员的疲劳程度，降低交通事故-This paper describes a drowsiness detection system based on High-speed DSP—TMS320DM642 from TI Inc
FlashWzdView
- AppWizard has created this ExpandDialog application for you. This application not only demonstrates the basics of using the Microsoft Foundation classes but is also a starting point for writing your application. -===============================