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LunarAzEl
- 月球方位角与高度预测 针对月球车提出了一种基于天文观测的自主位置姿态确定方法。建立了利用天体敏感器测量得到的天体高度和方位作为观测信息的量测方程，并利用月球车运动的三阶常加速-Azimuth and highly predictive of the moon rover for astronomical observations is proposed based on the independent position and at
1
- 输入两点坐标，计算其连线方位角。并将方位角由弧度转角度-Enter the two coordinates to calculate the connection azimuth. Transferred by the arc angle and azimuth
ReadOBS
- 读取风廓线雷达数据，如方位角，反射率，速度，高度等，并根据数据画图。-Read the wind profiler data, such as azimuth, reflection, speed, altitude, etc., and draw the data.
WindProfiler
- 说明：目前本程序能够自动识别LAP-3000型风廓线雷达RAD1方位角数据并进行快速显示 RAD2，RAD3等的读取和显示方法与RAD1相同，需要时可补充。-Note: At present, the procedure for testing that can automatically identify the LAP-3000-type RAD1 wind profile radar azimuth data and rapi
Average-based-on-wavelet-decomposition-and-azimuth
- 基于小波分解与方位角平均HRRP的SVM目标识别方法Average based on wavelet decomposition and azimuth of SVM target recognition HRRP-Average based on wavelet decomposition and azimuth of SVM target recognition HRRP
Sun_Location
- 精确计算太阳的方位角与高度角，是太阳能电池板跟踪程序的上位机验证程序-Accurately calculate the sun' s azimuth and elevation angle, is the solar panels track the program verification process PC
12344555555
- 基于圆阵的方位角频率联合估计,基于圆阵的方位角频率联合估计-Azimuth frequency circular array based on joint estimation of frequency based on the joint circular array azimuth estimation
Matlab-GPS-Toolbox
- 非常完善的GPS toolbox，内含中文readme以及中文翻译的介绍。 GPS TOOLBOX包含以下内容： 1、GPS相关常量和转换因子； 2、角度变换； 3、坐标系转换： 点变换； 矩阵变换； 向量变换； 4、专用测绘程序； 5、专用统计函数； 6、GPS时间工具； 7、专用GPS数据处理函数； 8、航迹和相关工具； 9、卫星位置计算； 10、高度和方位角判
ch1
- 计算某一特定时间下、特定位置上的太阳天顶角、方位角以及表观太阳辐照度（C程序）-Calculate a specific time, specific location on the solar zenith angle, azimuth angle and the apparent solar irradiance (C program)
daoxianjisuan
- 进行测绘三维导线计算,包括方位角计算等，能输出到excel中计算。还可绘制出导线。-Calculated for mapping three-dimensional conductors, including azimuth calculations, can be output to excel in the calculation. Also drawn wire.
sun-parameters-vb-code
- 可以获得太阳高度角和方位角以及日出日落时间-Solar elevation angle can be obtained as well as sunrise and sunset time and azimuth
qianfangjiaohui
- 已知A、B两点坐标，观测了角 、 ，求P点坐标。 用坐标反算AB方向的坐标方位角。 -Known A, B two coordinates, observing the angle , , find P point coordinate. AB inverse direction with coordinate azimuth coordinates.
c_correction
- 本程序是IDL语言开发的，用于地形辐射校正的C校正模型，只需输入DEM数据与辐射校正数据和太阳高度角和方位角即可，运算速度快-The IDL language development program is for radiometric correction of terrain correction model C, simply enter the DEM data and radiometric data and the elev
CBF
- 使用CFB方法实现对信号方位角的估计 分别为22° -22°-CFB methods used to achieve the estimated azimuth of the signal were 22 °-22 °
MVM
- 使用MVM算法实现信号的方位角估计 得出算法性能-MVM algorithm using signal azimuth estimation performance of the algorithm derived
zdxjs
- 计算支导线 可以计算方位角 坐标，秒锁定时已知方位角秒为1到30，不锁定时为任意值-Traverse calculations
target-tracking
- 考虑两辆车在道路上同向行驶，在O-16s时，两车均保持匀速直线运动，由安装在后车上的车载毫米波雷达检测出与前车的距离为150m，相对速度为-3m/s，方位角 。在16-20s时，前车向右偏转，与后车的相对角加速度为 。后车加速，与前车的纵向相对加速度为 。雷达的扫描周期为T=0.1s，系统噪声为 ， 。量测误差为 。-Consider the two cars traveling the same direction on the ro
bzqmbgz
- 变周期RPEKF时延纯方位角目标跟踪算法在目标跟踪的应用-Pure variable delay period RPEKF Target Tracking Algorithm Applied in Target Tracking
SimpleSurveyFunction
- 改程序是测绘程序中会用到的所有小函数的集合，包括了方位角的计算，角度的计算等。-Reform program is used in surveying and mapping program will be the set of all small functions, including the calculation of azimuth, the angle of the calculation.
pengjianghui-ship
- 海上船舶的航向计算，船舶的航迹航向方位角计算-Calculate the ship' s course at sea, the ship' s track heading azimuth calculation