FENCHA

svd气象中用的fortran程序，欢迎大家看看(svd weather with the fortran program, please take a look at the)

iot security challenge

近场声全息数据和matlab程序，仿真效果好，达到成像的目的(Near - field acoustic holographic data and matlab program, the simulation effect is good, to achieve the purpose of imaging)

利用svmlib库进行svr回归分析,可以通过修改不敏感系数以及核函数σ值改变回归结果，用于学习。函数文件是svr_predicted(Using the svmlib library for svr regression analysis, the regression results)

迷宫生成器vc实现-maze generator achieve vc

说明：  基于贝叶斯的电力系统故障诊断研究，使用matlab/siumulink搭建的仿真平台。(Based on Bayesian power system fault diagnosis research, the simulation platform is built by Matlab / Simulink.)

feature extraction using s-transform

spotfi论文代码原创代码请多多支持啦啦啦啦啦啦啦啦啦啦啦(Based on the simulation of WIFI space positioning classical papers, most of them are simulated, and the final weighted part continues to learn later.)

实现GPS+IMU扩展卡尔曼滤波组合导航，重力场和磁场推算姿态(Achieve the GPS+ IMU extended Kalman filter integrated navigation, gravity field and magnetic field profile projection)

说明：  Z是模型一单位雨衰值,也是不考虑衰减因子的单位雨衰值 F是First,即第一模型的情况 F16 F165 F17分别是16GHz 16.5GHz 17GHz的情况,是模型一大气层下总雨衰值 F18km是模型一下18km实例的雨衰值 S是Second,即第二模型的情况 S16 S165 S17分别是16GHz 16.5GHz 17GHz的情况,是模型二大气层下总雨衰值 S16m S165m S17m分别是16GHz 16.5GHz 17GHz在模型二下每公里雨衰值 S1618km S16518km S1718km分别是16GHz 16.5GHz 17GHz在模型二下18km实例的雨衰值 T是Third,即第三模型的情况 T16 T165 T17分别是16GHz 16.5GHz 17GHz的情况,是模型三大气层下总雨衰值 T16m T165m T17m分别是16GHz 16.5GHz 17GHz在模型三下每公里雨衰值 T1618km T16518km T1718km分别是16GHz 16.5GHz 17GHz在模型三下18km实例的雨衰值 zhaosheng是只考虑天线噪声温度对雷达最大探测距离的影响 yushuai是综合考虑天线噪声温度和雨衰减对雷达最大探测距离的影响 其中,参数情况在各个程序中都有说明(err)