基于matlab的Mie散射计算程序

解决javax.net.ssl.SSLException: java.lang.RuntimeException: Could not generate DH keypair异常所需jar包

谐波分析程序，使用fft对模拟信号进行谐波分析

有关齿轮箱的故障特征 的数据 还有一些说明。 可以供振动信号分析使用。

课程设计做的音乐播放器，内置mif文件中存了3首歌曲，分别为《世上只有妈妈好》、《祝你生日快乐》、《两只老虎》。能够实现播放/暂停、上一首、下一首功能

本文提出了一种新的基于群体适应度方差自适应变异的粒子群优化算法(A ，s0)．该算法在运行过程中根据群体适应度方差以及当前最优解的大小来确定当前最佳粒子的变异概率，变异操作增强了粒子群优化算法跳出局部最优解的能力。

经验模态分析的matlab源程序，可以进行emd和eemd的计算。

东南大学DSP实验 课程设计 直流无刷电机的控制详细的课程设计报告，包含完整的代码

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

CMAC控制器设计与仿真：在小脑神经网络（CMAC）与PID 并行控制的基础上，提出了一种新型的CMAC 控制器，即FCMAC 控制器

IEEE-33的潮流算法（前推回代算法）IEEE-33的潮流算法（前推回代算法）