Description: 本项目名称是：基于FPGA的指纹识别模块设计。
主要内容为：本模块采用xilinx公司的Spartan 3E系列XC3S500E
型FPGA作为核心控制芯片，通过富士通公司的MFS300滑动式电容指纹传感器对指纹图象进行提取，然后对提取的指纹图像进行灰度滤波、图像增强、二值化、二值去噪、细化等预处理，得到清晰的指纹图象，再从清晰的指纹图象中提取指纹特征点，存入外部FLASH作为建档模板。指纹比对时，采用同样的方法获得清晰的指纹图像，建立比对模板，然后将比对模板与建档模板利用点模式匹配算法进行比对，得出比对结果。该模块利用嵌入式软核实现系统的管理，利用硬件实现指纹识别，保证了系统功能的完整性与识别的正确性。该识别模块可用于门禁、考勤、安检、保险箱柜等很多方面，也可和计算机等设备联机使用，满足各个方面的不同需求，因此它的设计具有很广泛的应用前景和市场价值。
-The project name is: FPGA-based fingerprint identification module design.
The main contents are: the use of this module xilinx s Spartan 3E Series XC3S500E
FPGA-based control chip as the core, through the MFS300 Fujitsu fingerprint slide sensor capacitance extraction of the fingerprint image, and then extracted gray-scale fingerprint image filtering, image enhancement, binarization, denoising Second, refinement, etc. pre-treatment have been given clear fingerprint image, and then a clear fingerprint image from the extracted fingerprint feature points, into the external FLASH file as a template. Fingerprint matching using the same method to obtain a clear image of the fingerprint to establish than the template, and then will be the template file templates and the use of point pattern matching algorithm than the right, than the results obtained. The module is the realization of the use of soft-core embedded system management, the use of fingerprint recognition hardware implementation Platform: |
Size: 191488 |
Author:xiaoxu |
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Description: 基于FPGA的方向滤波指纹图像增强算法实现。目前指纹识别已发展成应用最广泛的一种生物识别技术。-The direction of FPGA-based fingerprint image enhancement filtering algorithms. Currently the most widely used fingerprint recognition has become a kind of biometric technology. Platform: |
Size: 928768 |
Author:单善 |
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Description: 基于FPGA的方向滤波指纹图像增强算法实现，本文利用FPGA具有丰富寄存器资源、可满足高速系统设计等特点，设计了一种基于FPGA纯硬件方式实现方向滤波的指纹图像增强算法。设计采用寄存器传输级（RTL）硬件描述语言（Verilog HDL），利用时分复用和流水线处理等技术，完成了方向滤波指纹图像增强算法在FPGA上的实现。-Directional filtering fingerprint image enhancement algorithm based on FPGA using the FPGA has a rich register resources to meet the high-speed system design, design direction filtering a pure hardware FPGA-based fingerprint image enhancement algorithm. The design uses a register-transfer level (RTL) hardware description language (Verilog HDL), time division multiplexing and pipelining technology to complete the realization of the direction of filtering fingerprint image enhancement algorithm on the FPGA. Platform: |
Size: 928768 |
Author:kudding |
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