CLUSTER-FORMATION

统计信号处理中，计算双谱的仿真程序，已通过测试。(Bispectrum calculation procedures.)

X-band雷达仿真程序，等等等等，用于分析实际信号(X-band radar simulation program, and so on and so on, used to analyze the actual signal)

计算机图形学生成基本曲线、圆、直线方面的程序，仅供参考(jisuanji tuxingxue shengcheng jibenquxian fangmian de cheng xu jingong cankao)

五自由度磁悬浮轴承Simulink仿真程序，使用状态空间的方法(Five degrees of freedom magnetic levitation bearings Simulink simulation program, using the methods of the state space)

电磁计算中的矩量法，用以计算偶极子和方环天线的输入阻抗等天线参数(Electromagnetic calculation method of moments to calculate dipole and square loop antenna input impedance antenna parameters)

menya zavut ololo! vne nujen pish-pish!

：随着无线技术的飞速发展，频谱缺乏已经成为一个非常严重的问题．感知无线电技术能有效解 决频谱紧张的现状．介绍了感知无线电概念及其内涵，然后介绍了检测频谱空穴的方法．为提高检测概率、 降低设备复杂度及计算复杂度，将UWB与感知无线电结合，提出了基于能量检测及用户合作（EDAUC）的 协作感知方法．仿真和分析表明：该方法能有效提高检测频谱空穴的概率．(: With the rapid development of wireless technology, the lack of spectrum has become a very serious problem. Cognitive radio technology can effectively solve the spectrum tense situation. Introduced the concept of cognitive radio and its content, and then introduces the method of detection of spectrum holes. To improve the detection probability and reduces the complexity and computational complexity, the combination of UWB and cognitive radio is proposed based on energy detection and user cooperation (EDAUC) the cooperative sensing methods. Simulation and analysis: This method can improve the probability of detection of spectrum holes.)

爬山法 光伏 最大功率跟踪模型 基于matlab的爬山法光伏并网逆变器最大功率跟踪模型-Matlab-based mountain climbing photovoltaic maximum power tracking inverter model(Matlab mountain climbing photovoltaic maximum power tracking 基于matlab的爬山法光伏并网逆变器最大功率跟踪模型-Matlab-based mountain climbing photovoltaic maximum power tracking inverter model)

一个对于光孤子的编程。程序比较简单，但是结果比较实际，推荐。(For the programming of a soliton. Procedure is simple, but the results more practical recommendation.)

该损伤模型通过 商用有限元软件ABAQUS /Explicit 的用户子程序VUMAT 实现，并使用该模型对碳纤维增强环氧树脂 复合材料层合板在横向低速冲击作用下的损伤和变形行为进行预测分析． 数值仿真的结果与试验结 果进行了比较，吻合良好，验证了该模型的有效性．(Through coding user subroutine VUMAT of finite element software ABAQUS /explicit， and applied the model to an example，carbon fiber reinforced epoxy composite laminates under low velocity impact，the prediction for damage and deformation were good agreement with the experimental results．)