matlab代码给图片进行加雾处理

数学辞海（第四卷 Vol4）(全六卷) by 裘光明等 数学辞海编辑委员会 .pdf

读取给定数据并根据给定数据计算Allan方差，整个程序由matlab实现。

关于指纹识别的两个完整实例代码，一个是国外的，另外一个是FVC国际竞赛实测的，此资源对于学习相关知识有比较大的帮助

站里这方面资源不多，特别是种子区域生长方面的很少，上传一个算一个吧rightnumleftnuIm percent2()Ivaluerightnumipercent2(rvalue)pm= lvalue/‖P‖,pma= rvalue/‖P‖‖Pwindows xpMATLAB (R2008aOtsa.RlenI=ll, Rlen2=60, percent1=55%c, percent270%b. Rlenl=ll, Rlen2=80, percent1=50%, percent2=94%c.Rlen1-1l, Rlen2-100 percent1-65%. percent2-80%d. Rlen1-1l, Rlen2-=80, percent1=60%. percent2-83%2cent 1percent2Percentppercent 13C1994-2012ChinaAcademicJournalElectronicPublishingHouse.Allrightsreservedhtlp://www.cnki.net[J]2007,29(6):854-857[J]26(2):93-962010,45(7):76-80[JI.1963:1l5-12005,26(11):[J],2005,17(1):1-3Research on the improved algorithm and application ofseed region growth method and its sail image extrationYAN Shen-hai, HUANG Xian-tong, LIU Yang(School of Mathematics Computer Science, Gannan Normal University, Ganzhou 341000, Jiangxi, ChinaAbstract: Seeded region growing is a common method of image segmentation. Its performance depends largelyon the seleclion of seed points and growth rules. In order Lo extract snail images with such methods more effectively.The article analyzes the basic idea of the seeded region growing method(SRG) and presents an improved seededregion growing method (ISRG) which is used to extract the snail images. In ISRG, novel similarities rules and anew dynamic threshold method are adopted. For the complex and various habitat of snail, ISRG selects the region growing seed points manually. It is demonstrated by experimental results that ISRG can achieve better snailimage extraction results under the complicated real-world sceneKey words: seeded region growing (SRG; image extraction; dynamic threshold; snail(E D:X, JC1994-2012ChinaAcademicJournalElectronicPublishingHouse.Allrightsreservedhtlp://www.cnki.net

STM32L151C8T6例程

omniGraffle模板的3d版Flowchart，模板精美，十分丰富

在matlab环境编程实现了形态学的核心算法：膨胀、腐蚀，进一步可用它们的组合实现形态学的开运算，闭运算，交替滤波、混合滤波、交替混合滤波、梯度、多分辨分析，等。可用于一维信号的时域分析处理。希望对你有用。很容易移植到C语言的。

用android编写的成绩管理系统，还不错哦，基本功能都已经实现

Gurobi 可以解决的数学问题： 线性问题（Linear problems） 二次型目标问题（Quadratic problems） 混合整数线性和二次型问题（Mixed integer linear and quadratic problems） 突出的性价比。

比较完善的ISODATA聚类分析。支持手动选择初始聚类中心，类似监督法分类。支持8位、24位BMP图像操作。选用2种ISODATA聚类算法。聚类结束后可手动修改类别颜色。