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Orbitcompute.rar
- 卫星轨道动力学数值计算，包括轨道动力学计算的基本数学模型、轨道计算方法、轨道根数与位置矢量、速度矢量的关系等！,Satellite orbit dynamics numerical calculation, including the orbital dynamics calculation of the basic mathematical model, orbit calculation, orbit and position vector, velocity vector of the r
satellite-network-tdma
- 运用OPNET建立卫星通信网中多址接入方式TDMA模型-Establishment of a satellite communication network using OPNET in the TDMA multiple access model
AIAA-2006-6753
- 计算卫星位置用的，源代码，包括很多，比如sgp4模型-Used in calculating the satellite position, the source code, including many, such as model sgp4
MATLAB_Rainfall_radar_echo_model_for_measuring_rai
- 本程序为星载降水雷达卫星测量地面降雨时，回波的归一化雷达散射截面图。 主程序为FiSAR，其他两个程序为嵌套的函数。-This procedure for the spaceborne precipitation radar satellite measurements of rainfall on the ground, the echoes of the normalized radar cross section diagram. The main program for the Fi
SARorbitFitting
- 利用SAR卫星的已知的多个时刻的位置和速度信息，精确地拟合出SAR卫星的轨道模型。可用于计算出任意象元成像时刻卫星的位置-SAR satellites known to use multiple moments of position and velocity information, accurately fitted SAR satellite orbital model. Images can be used to calculate the yuan as the location of
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- 用电脑对中9卫星接收机进行刷机，就是找到你的接收机的芯片型号，然后找到对应的固件bin（升级程序），用升级工具把它刷进接收机里面，完成升级。-Using computer-to-9 satellite receivers in the brush machine, is to find your receiver chip model, and then find the corresponding firmware bin (upgrade), with the upgrade tool to
Lab1-Windows1
- 利用所学数据链路层原理，自己设计一个滑动窗口协议，在仿真环境下编程实现有噪音信道环境下两站点之间无差错双工通信。信道模型为8000bps全双工卫星信道，信道传播时延270毫秒，信道误码率为10-5，信道提供字节流传输服务，网络层分组长度固定为256字节。 通过该实验，进一步巩固和深刻理解数据链路层误码检测的CRC校验技术，以及滑动窗口的工作机理。滑动窗口机制的两个主要目标：(1) 实现有噪音信道环境下的无差错传输 (2)充分利用传输信道的带宽。在程序能够稳定运行并成功实现第一个目标之后，运
Satellite-Attitude
- 卫星运动学和姿态动力学模型，采用Matlab的S-function来创建模型，可以方便更改参数-Satellite kinematics and attitude dynamics model using Matlab S-function to create the model, you can easily change the parameters
CLOO1canyu
- MATLAB下编写的经典卫星信道模型中的c.loo模型的残余概率分布-Residual probability MATLAB prepared with classical satellite channel model c.loo distribution model
CLOO1QDP
- MATLAB下编写的经典卫星信道模型中的c.loo模型的轻阴影下的电平通过率-Light level pass rate under the shadow of MATLAB classical satellite channel model c.loo model under
CLOO1QSC
- MATLAB下编写的经典卫星信道模型中c.loo模型的轻阴影下的时长-Written in MATLAB classical satellite channel model light shadows under model long c.loo
CLOO1ZDP
- MATLAB下编写的经典卫星信道模型中的c.loo模型重阴影下的电平通过率-Level pass rate MATLAB prepared with classical satellite channel model c.loo heavy shadows under model
CLOO1ZSC
- MATLAB下编写的经典卫星信道模型中的c.loo模型重阴影下的时长-Length classic written in MATLAB satellite channel model c.loo heavy shadows under model
M_DCB
- 利用GPS观测和精密星历，采用多项式或球谐函数模型的方法进行建模，能够同时估计接收和卫星DCB，在此基础山计算电离层TEC,为导航单位提供电离层延迟改正-Using GPS observation and precise ephemeris, or methods using spherical harmonic polynomial function model to model, simultaneously estimates the reception and satellite DCB
satellite-model
- 基于Visual C++平台上设计的同步卫星模型，同步卫星在设定的轨道上运动，可以通过菜单设定轨道的宽度、半径和颜色，还可以设定卫星运行的速度-Synchronous satellite model on Visual C++ platform based on geostationary satellites orbiting the set, you can set the width, radius, and color of the track through the menu, you
GEODA
- 卫星轨道模型，预测卫星轨道，数值，以及轨道根数情况-Satellite orbit model, the satellite orbit prediction, numerical, and track the number of cases
卫星
- 当GPS卫星不足4颗时，使用基站的TDOA观测量与GPS伪距观测量，组成混合定位模型实现定位。(When the GPS satellite is less than 4, using the TDOA observation of the base station and the pseudo range observation of GPS, a hybrid positioning model is constructed to realize the positionin)
A
- The role of the Radiocommunication Sector is to ensure the rational, equitable, efficient and economical use of the radio -frequency spectrum by all radiocommunication services, including satellite services, and carry out studies without limit of fre
RPC_Orthorectification
- 对于高分辨率遥感卫星数据而言，目前几乎都提供了有理函数模型（RFM）来进行图像几何校正（SPOT系列提供了有理函数模型之外还提供了严格轨道模型）。对遥感影像进行校正目前最常用的就是使用有理函数模型来进行校正。(For high-resolution remote sensing satellite data, the Rational Function Model (RFM) is currently available for image geometry correction (the SP