资源列表
zhoujiu
- 啁啾光纤光栅的反射谱、时延的matlab仿真图像(Matlab simulation image of reflection spectrum and time delay of chirped fiber grating)
离散二层邻居一致性算法
- 二阶离散多智能体系统的二层邻居一致性算法研究成果(Discrete_system_for_second_order_neighbor_consensus_algorithm)
wave simulation
- 通过频谱来模拟波浪，程序为Jonswap谱的波浪模拟，可随意调整谱参数、时间间隔和模拟的时间长度(The wave is simulated by the spectrum, and the program is a wave simulation of the Jonswap spectrum. The spectral parameters, time interval and length of the simulation can be adjusted at will.)
蚁群算法的TSP优化
- 基于基础蚁群算法的TSP寻优，包括信息素更新方法，禁忌表使用更新(TSP optimization based on basic ant colony algorithm, including pheromone updating method, tabu table updating)
Matlab code for multi-agent control
- 多智能体的编队控制，适合多智能体的编队或一致性研究的初学者学习(Multi-Agent Formation Control, Suitable for Initial Scholars of Multi-Agent Formation or Consistency Research)
ADE_FDTD_2D_RCS
- 使用matlab语言编写FDTD散射问题(FDTD scattering problem with matlab language)
Bregman
- 偏微分图像去噪中的经典算法分裂Bregman算法的源代码(Classical algorithm in partial differential image denoising splitting Bregman algorithm source code)
基于粒子群优化的多智能体协作进化方法
- 粒子群优化在多智能体系统上的应用和仿真实现(the implementation of PSO in multi-agent systems)
irr_predict_bp
- 光伏发电功率主要受太阳辐照度影响，所以准确预测太阳辐照度对光伏功率预测十分重要。程序采用小波分解先对辐照度数据进行分解，然后再用bp神经网络对分解的辐照度数据分别预测，再组合作为最后的预测结果。(Photovoltaic power generation is mainly affected by solar irradiance, so accurate prediction of solar irradiance is very important for photovoltaic powe
BPSK，QPSK，16 QAM）的MATLAB中进行仿真
- 实现bpsk，qpsk等调制方式的识别用于调制识别的代码，通过提取特征参数，(For modulation recognition code, through the extraction of characteristic parameters, implementation bpsk, qpsk forms of identification, such as modulation)
《ANSYS工程应用教程——机械篇》
- ansys matlab 联合优化，进行 传递txt，进行告知优化应力结果，以便传递数据(Joint optimization, transfer txt, inform optimization stress results, so as to transfer data)
project7
- 利用构造完全二叉树的方法建立二叉树结构。(1) 实现二叉树的先序、中序、后序遍历以及求深度操作；(2) 利用堆栈进行中序遍历并指出栈内最多元素个数。(The structure of binary tree is established by constructing complete binary tree. To realize the traversal of the binary tree in order, in order and after order and to find th