资源列表
charpt8_3
- 安德森《计算流体力学及其应用》第八章二维超声速流动的数值解——普朗特—迈耶稀疏波 8.3节 普朗特—迈耶稀疏波流场的数值解。自己写的matalb源代码。-Anderson the computational fluid mechanics and its application "chapter 8 two-dimensional supersonic flow of numerical solution- prandtl- meyer rarefaction wave section 8.3
cexiang
- 针对五单元圆型天线阵干涉仪测向系统，分别对等基线和不等基线的结构和相位模糊进行了分析；通过对多基线测量数据的加权处理提高测向精度，提出了权系数的选择方法和测向信号处理算法，其中包括相位差估计、角度变换、解模糊和接收通道误差校正等；计算机仿真结果表明两种结构基线的测向精度非常接近，在全方位、超短波频段内的最大测向误差小于0.10。-eee
pso_main
- matlab算法实现带约束条件的粒子群算法（pso），内含详细注释。-Matlab algorithm with constraints on particle swarm optimization (pso), contains detailed notes.
Jousselme-Distance
- 证据理论中用于求取Jousselme证据距离的matlab 代码，自己编的哦！-Jousselme distance
high_cumulation
- 对使用高阶累积量（统计量）进行调制识别进行了仿真，包含仿真参考的经典文献和汇报用的PPT。后期我对程序进行了改进，已完美达到文献效果，但PPT中没来得及改，请注意。有极强参考价值-Order cumulants (statistics) modulation recognition simulation contains the simulation reference classic literature and reporting with PPT. The late I program i
untitled1
- 本文在 Matlab/simulink平台上设计了小型永磁直驱风力发电系统仿真模型-In this paper, the platform of Matlab/simulink design of a small permanent magnet direct drive wind power system simulation model
Wind_Turbine
- pdf介绍matlab/simulink中风力发电的各模块的功能和连接方式，比较实用-pdf Introduction to Matlab/simulink in wind power generation function of each module and connection, more practical
BLDC
- 无刷直流电机matlab仿真模型，采用双闭环控制-Brushless DC motor matlab simulation model, the double-loop control
network properties
- 用于计算复杂网络的各种特性参数，例如最短路径，全局效率，介数，中心度，模块化属性等-Used to calculate the various properties of the complex network parameters, such as the shortest path, global efficiency, betweenness centrality, modular attributes
NoiseJamming
- 线性调频信号的灵巧噪声卷积干扰matlab实现-Chirp signal dexterity the noise convolution interference matlab achieved
SSI
- 在matlab环境下结构模态参数识别，振型、频率都有很高的精度-Structural modal parameter identification in the Matlab environment, have a high frequency modes accuracy
PSO_ANFIS
- 利用matlab将PSO算法用来优化神经模糊网络控制器，并对比PID控制器和模糊控制器的性能结果。-Matlab PSO algorithm is used to optimize the neuro-fuzzy network controller, and compare the performance results of the PID controller and fuzzy controller.