资源列表
NLSE-3D-map
- 光孤子传播的非线性薛定谔方程快速傅里叶算法求解，3D图，附有详细说明。-Optical soliton propagation of nonlinear Schrodinger equation fast Fourier algorithm for 3D maps, with detailed instructions.
matlab
- 计算轴承生热程序，利用生热公式和matlab图形处理窗口，把生热界面显示出来-Calculate bearing heat procedures, the use of heat formula and matlab graphics processing window, the heat interface displayed
Trajectory-simulation-matlab-program
- 弹道仿真matlab程序 包含了铅垂平面内弹道仿真的matlab程序（不带有气动参数，需要自己给定），含有差值，仿真的整个过程。导弹飞行动力学材料。-The trajectory simulation matlab program includes the vertical plane trajectory simulation matlab program (without the aerodynamic parameters need to given), contains the d
Ga-Sa-vrp
- 用遗传算法--模拟退火算法求解车辆路径问题。-Using genetic algorithms- simulated annealing algorithm for vehicle routing problem.
16QAM
- 16QAM调制解调程序画出时域波形、 正交分量、同相分量波形，眼图，散点图等-16QAM modulation and demodulation process to draw time-domain waveform, quadrature components, in-phase component waveforms, eye diagrams, scatter plots, etc.
capon_beamformer_pattern
- 基于导向矢量不确定集的稳健Capon波束形成算法的Matlab程序-Steering vector uncertainty set based on robust Capon beamforming algorithm in Matlab
m-u0
- 应用matlab编程计算钢筋混凝土截面弯矩曲率关系曲线-Application matlab programming and calculation of reinforced concrete sectional moment curvature curve
求解TM 模式的的电磁场本征值方程
- 通过matlab求解TM 模式的的电磁场本征值方程，获得二维菱形晶格光子晶体的的本征频率W和波矢K的色散曲线，绘制出能带曲线.
sbl_pmkf_radar
- 用SBL算法和卡尔曼滤波压缩感知算法实现雷达的一维距离像成像，并对两者进行了成像性能分析对吧-SBL algorithm and Kalman filter using compressed sensing algorithm for one-dimensional range radar imaging, and imaging performance analysis carried out both right
sqr_sin_n
- 舰船辐射噪声的产生，可利用其模拟舰船辐射噪声，从而达到定位等目的-generation of Ship radiated noise
EarthToMars
- 应用matlab语言，应用lambert变轨实现地球到火星的发射窗口的轨道寻优。内涵lambert变轨功能，星历计算等多个函数文件-Application of matlab language, application lambert achieve orbit the Earth to orbit Mars launch window optimization. Connotation lambert orbit function, ephemeris calculations and oth
FDTDzhuRCS
- 利用FDTD方法计算简单目标（如：方柱）的RCS，通过迭代求解，近远场外推，得到远区场的结果 -Using the FDTD method to calculate the RCS of simple objects(such as square column), through iterative solution, Near far field extrapolation to get the results of far field