搜索资源列表
TEC
- 提取电离层TEC的数据，对于各个纬度只要修改值就可以-Extraction of ionospheric TEC data, for each latitude as long as the modified value can be
M_DCB
- 基于球协函数模型的GPS差分码延迟估计 电离层-Estimation of GPS Differential code delay based on Spherical harmonic function model ionosphere
dq
- 读取CORS数据，重采样成30秒，计算电离层总电子含量-Read CORS data, resampling into 30 seconds, calculate the total electron content of the ionosphere
spp
- GNSS定位代码，包括许多改正的代码模块，电离层改正，对流程改正等等十多个模块功能。-GNSS positioning code, including many of the correct code module, ionospheric correction, the process of correction and so on more than and 10 modules function
Klobuchar
- Klobuchar-电离层改成模型 这个行业里比较经典的电离层改正模型-Klobuchar- ionospheric modification model in the industry, the more classical ionospheric correction model
a1
- 使用turboedit算法进行宽带组合和电离层组合的周跳探测，并修复。可以探测16个历元外的周跳-Using the turboedit algorithm for broadband combination and ionospheric combination of cycle jump detection and repair. Can detect 16 epoch outside the cycle
计算tec（tokyo）
- Estimate tec (total electron content) by least-sqaure adjustment using GPS dual-frequency code observables. Ionosphere is approximated as the single- layer model at the height of 350km with local or global tec model. Satellite/receiver dcbs (diffe
R-REC-P.533-13-201507-I!!PDF-E
- 国际电联的推荐文档，用于计算最佳通信频率。(ITU's recommendation document for calculating the best communication frequency.)
ASR-2017
- 利用中国区域的GPS数据，比较IRI模型中国区域的适用性(Comparing the applicability of IRI model in China by using GPS data in China)
WXD_P_N
- 天波简化损耗模型的计算，包括 % 天波传播衰减总损耗 % 自由空间路径损耗——电离层损耗————海平面反射损耗——MUF损耗——其他损耗(The calculation of the simplified loss model of the sky wave)
iri
- 用于在matlab上计算电离层的电磁场参数(The parameters of the electromagnetic field used to calculate the ionosphere)
dlcwc
- 电离层误差模块，主要依据参数进行误差计算(Ionosphere error module)
GPS单点定位
- GPS单点定位程序 用于消除电离层影响的matlab程序集(ppp GPS single point positioning program is used to eliminate ionospheric influence by MATLAB program.)
相位屏仿真方法
- matlab生成一个随机相位屏，可以模拟大气和电离层，结果为彩色图。(Matlab generates a random phase screen, which can simulate the atmosphere and the ionosphere. The result is a color map.)
matlab计算tec
- 使用GPS双频代码可观测值通过最小二乘调节估计tec（总电子含量）。电离层近似为单层模型，高度为350 km，具有局部或全局tec模型。估计卫星/接收器的dcbs（差分代码偏差）以及tec模型系数。
RNX2GTEX
- 将GNSS RINEX数据转换为电离层总电子含量(GTEX格式)(Convert GNSS RINEX data to Ionospheric Total Electron Content (GTEX format))
cosmic code
- cosmic 掩星数据读取程序，电离层GPS掩星数据读取程序