资源列表
Antenna
- 7x7半波阵子天线阵方向图仿真（未归一化）-antenna pattern
GPS
- 《载波相位相对定位双差方程原理》验证 《载波相位相对定位单差方程原理》验证 《载波相位相对定位双差方程原理》验证 《载波相位相对定位双差方程原理》验证当基站离流动站很近，并假设流动站概略坐标等于基站坐标，那么双差方程中距离向量就为0-" Double difference carrier phase relative positioning equation theory" test " single-difference carrier phase rel
Taylor_TDOA
- TDOA定位的泰勒级数展开最小二乘定位算法Matlab源码. GreenSim团队原创作品，-Taylor series expansion TDOA positioning Matlab least squares source location algorithm. GreenSim team of original works,
1
- 元胞自动机的例子，细胞生长法完成初始化，然后计算晶粒的生长，入门级别程序-Examples of cellular automata, cell growth method to initialize, and then calculate the grain growth, entry-level program
daima
- 根据给定的函数，分别用复合梯形公式、复合辛普森公式、龙贝格求积公式和变步长的求积公式计算积分结果，并且比较积分的精确度。-According to a given function, namely, composite trapezoidal formula using composite Simpson formula Romberg quadrature formula and the variable step-size integration quadrature formula res
polsarprot3
- 将PolSARpro软件生成的T3数据读入matlab中,以便后续处理,搞极化SAR处理的同学都应该知道的.-T3 PolSARpro software will generate the data read into matlab in order to follow-up treatment, the students engaged in handling SAR polarization should know.
Convex-Optimization
- Stephen Boyd编写的凸优化理论书籍，学习凸优化方法必备书籍-Convex Optimization By Stephen Boyd
zhr_imfilter
- 本程序实现了matlab自带函数imfillter的功能，是.m文件的形式，参数和imfilter一样可选。程序附有图片，并且在程序最后使用imfilter，便于直接对比观察处理效果。注：本程序是读入RGB图像，转换成灰度图进行处理。-This program implements the function of matlab own function imfillter is. M file in the form of the same parameters and imfilter opt
radar_simulation_by_Harbin_college
- 哈工大的高频地波雷达的仿真程序，可分别计算目标和海洋回波的功率谱密度，以及噪声。-HIT high-frequency ground wave radar simulation program can calculate the target and the power spectral density of sea echo, and noise.
calcCFARthreshold
- 一种经典恒虚警阈值算法程序,是MATLABC程序代码-CFAR
PSO
- 用粒子群算法优化RBF网络权值，根据适应度值对个体最优和群体最优进行更新-Particle Swarm Optimization with RBF network weights, according to the best fitness value of individuals and groups to update the best
inverRayCode
- 地震资料反演：射线追踪偏移源代码，用matlab编写-Seismic data inversion: the source code offset ray tracing, using matlab to prepare