| 摘要: |
| 超球覆盖仿生模式识别方法具有识别速度快、误识率低、易于实现等特点,特别适合于一些实用性较强的应用领域使用.研究了一种基于超球串覆盖的仿生模式识别方法,并应用于指纹点名系统.在对实际教学需求分析的基础上,设计了完整的指纹点名系统软硬件,通过指纹传感器对指纹数据进行采集、预处理、用超球串覆盖算法对指纹图像进行了识别,在嵌入式系统STM32中实现了指纹注册、班级选择、指纹签到、签到次数记录等功能,实验结果显示系统达到预期的效果,解决了课堂实时点名问题.超球串覆盖仿生模式识别方法适用于众多应用领域,通过示例,可以举一反三,将方法复制到其他应用场合. |
| 关键词: 超球覆盖仿生模式识别 指纹识别 嵌入式系统 指纹点名系统 |
| DOI： |
| 分类号: |
| 基金项目:国家自然科学基金项目(60971004); 上海师范大学重点学科建设项目(A7001-12-002006); 上海市联盟计划项目(LM201352) |
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| Fingerprint attendance system based on hypersphere covering of biomimetic pattern recognition |
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LI Li, YIN Ye, CUI Xiaojing
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College of Information,Mechanical and Electrical Engineering,Shanghai Normal University
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| Abstract: |
| Hypersphere covering of biomimetic pattern recognition method has the features of fast identification,low rate of false recognition,easy implementation,and so on.It is particularly suitable for a number of strong practical applications.In this paper,we study a biomimetic pattern recognition method based on the hypersphere string covering and apply it in a fingerprint attendance system.On the basis of analyzing actual teaching needs,we design a complete hardware and software system for the fingerprint attendance system,in which we collect fingerprint data by fingerprint sensor and preprocess it and then recognize the fingerprint image with the hypersphere string covering algorithm.We realize the function of fingerprint registration,class selection,fingerprint attendance,attendance number records,and so on,in the STM32 embedded system.Experimental results show that the system achieves the desired effect and solves the problem of real-time attendance in the classroom.Hypersphere covering of the biomimetic pattern recognition method is suitable for many applications.Through the examples in this article,we can learn by analogy and replicate the method to other applications. |
| Key words: hypersphere covering biomimetic pattern recognition fingerprint recognition embedded systems fingerprint attendance system |
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