一个基于FPGA和CCD的视觉处理硬件平台项目开发文档-The design is a first step towards a hardware implementation of the super-resolution algorithms and other multimedia projects.The design presented in this paper may be used as a platform for many multimedia and image pro

本文论述并设计实现了一个脱机自由手写体数字识别系统。文中首先对待识别数字的预处理进行了介绍，包括二值化、平滑滤波、规范化、细化等图像处理方法；其次，探讨了如何提取数字字符的结构特征和笔划特征，并详细地描述了知识库的构造方法；最后采用了以知识库为基础的模板匹配识别方法,并以MATLAB作为编程工具实现了具有友好的图形用户界面的自由手写体数字识别系统。实验结果表明，本方法具有较高的识别率，并具有较好的抗噪性能。-In this paper, designed and implemented an o

结合足球机器人视觉系统介绍嵌入式图像采集和处理系统的一些新方法，设计了基于FPGA/CPLD的嵌入式图像采集与处理系统。-Some new method combines soccer robot vision system introduces embedded image acquisition and processing system is designed based on FPGA/CPLD embedded image acquisition and processing syst

使用高级并行化硬件语言Handel-C实现的JPEG标准图像解压缩功能，可在Altera FPGA 验证通过。-Use Advanced JPEG standard image parallelized hardware solution Handel-C language to achieve compression function can be verified by the Altera FPGA.