搜索资源列表
GPStoAzimuth
- 由GPS原始数据求方位角的程序源码，里面附有GPS原始数据，可直接测试。-raw data from the GPS azimuth procedures for source code, the GPS inside with the original data can be directly tested.
getvectors
- 这个dsp程序用于求给定方位角和仰角时天线阵列的阵列流行元素，其中rbd指的是波长，sita为方位角，fei为俯仰角*/
SignalProcess
- C 程序 球面方位角算法： azimuth.cpp CRC校验快速算法： CRC_Table.cpp 解扰码算法： scrambler.cpp Matlab 程序 信号带宽测量： BandWith.m 带通信号下变频： fqmv.m QPSK 解调 demodQpsk.m pwelch求功率谱的算法 psdwh.m 均值滤波算法 cvmn.m 信号正交分解： Cnv2Bas.m
ReBesell.白赛尔大地主题反算
- 白赛尔大地主题反算：选择适当的参考椭球，已知两点的大地经纬度求两点之间的正反大地方位角和大地线长度。,Bessel formula for inverse solution of geodetic problem
chengxu
- 编写一个程序,计算平面应力状态及空间应力状态的主应力,最大剪应力,如为平面应力状态则需输出方位角agl斜截面上的应力及主方向角，画出应力圆示意图。 已知二向应力状态，ax=10MPa,ay=-20MPa,bxy=15MPa,agl=45,求主应力，最大切应力，斜截面上的应力，作出应力圆示意图。-The preparation of a program to calculate the plane stress state and stress state space of principa
Besell
- 大地主题解算里面的白赛尔正算，选择相应的参考椭球，已知一点的经纬度和两点之间的大地方位角和距离，解求另一点的经纬度和反大地方位角。-Bessel formula for solution of geodetic problem
elevationmeasurementcommonlyusedsoftware
- 高程测量常用软件，前方交会，均值和中误差，求坐标方位角，三角高程测量，视距测量，单导线计算，构建Delaunay的三角网-Front of the intersection, the mean and the error in order to coordinate , elevation measurement commonly used software，azimuth, trigonometric leveling, sight distance measurements, single-
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.
besal
- 大地解算，贝塞尔正解和反解，根据已知点位信息，知道大地方位角，知道距离，可以求出另一个点位的坐标-Earth solver, and the inverse Bessel positive solutions, according to a known point of information, know geodetic azimuth, know the distance, you can find the coordinates of another point
VC-bassel
- 基于VC++的大地解算算法，已知一个点坐标，大地方位角，大地线长度，求另一个点得坐标！-The earth with VC++ solver algorithm, a point of known coordinates, geodetic azimuth, the earth wire length, was seeking another point coordinates!
daoxianjisuan
- 求坐标，边长以及方位角的算法，不可多得的算法哦-Find the coordinates, and the azimuth of the algorithm side, oh rare algorithm
shiliangtianxian
- 矢量天线 求信号频率 求信号四个角度 仰角方位角 极化角仿真-Four angles of vector antenna demand signal frequency request signal
qianfangjiaohui
- 工程测量学中前方交会的vb代码：已知A、B两点坐标，观测了角a、b，求P点坐标。用坐标反算AB方向的坐标方位角。-Engineering measurement science in front of the intersection of vb code: known A, B, two coordinates, the observation angle a, b, seeking a point P coordinates. Calculated by coordinates, the a
Mapping-program-design
- 常用测量程序设计的C#实现，包括由两点坐标求方位角，求多边形面积，导线测量程序-C# implementation of the commonly used measurement procedures designed by the two coordinates for azimuth, and the polygon area, wire measurement procedures
azimuth-error-UCA
- 不同信噪比下，均匀圆阵方位角估计性能；谱峰搜索寻找最大值对应坐标；100次试验求均方根误差-azimuth estimation using UCA vernus different SNRs search the spectral peak and fing the maximum 100 trails to get RMSE
geodesic
- 大地线的反算，已知地球上的两点坐标求大地线的长度和起始方位角-Inverse earth line, known coordinates of two points on the earth seeking the land line length and initial azimuth
VB
- 已知一个点坐标，通过测量方位角和边长求取未知点坐标-failed to translate
Unitary--ESPRIT
- 新的2维角度估计的高分辨方法。该方法首先建立基于范数约束的最优化问题的目标函数；然后用迭代算法沿均匀面阵接收数据的方位向求最小化目标函数的稀疏解，得到方位、俯仰角耦合的空间角频率，并分离信号；最后对每个分离的信号，沿面阵俯仰向求稀疏解，得到信号的俯仰角，进而求得对应的方位角。-The new high-resolution 2-D angle estimation method. Firstly, the establishment of an objective function optimi
calculate_angle
- 给定地理坐标（经度、纬度），求出一年中每一天的太阳高度角和方位角-Given geographic coordinates (latitude and longitude), each day of the year, the sun s elevation angle and azimuth angle
azimuth
- 将经纬度网格转化为极坐标，并根据某一点求方位角(The longitude and latitude grids are transformed into polar coordinates, and the azimuth angles are obtained according to a certain point)