搜索资源列表
Untitled
- 八阵元智能天线阵列接收4个信号，用Matlab仿真实验验证波达方向估计，主要涉及的算法是MUSIC和MVDR-Eight smart antenna array receiver array element 4 signals, with the Matlab simulation results verify the estimation, mainly related to the algorithm is MUSIC and MV
24
- 八木天线无论作为单元还是阵元,以其结构简单、造价低廉、应用灵活在实践中获得了广泛的应用。其中包括用作室内外移动通信系统网络覆盖工程中的施主天线和电梯井、隧道、长廊等场合的重发天线。2002年3月25日，“神舟三号”发射升空，八木天线经过线性极化形成三个极化面，其中一个极化面垂直于另外两个相互平行的极化面。其工作原理是：以两个平行面天线作为干涉仪，而与这两个面垂直的极化面用以判定所接收电波的极化程度，通过三角波形的测量可以计算出所截获电波
circle
- 八阵元均匀圆阵，MUSIC算法实现空间谱测向-eight DOA MUSIC
antenna
- 这是八阵元圆形天线阵列天线波束反时针360度扫描程序，程序执行后可见八阵元圆形天线阵列天线波束指向所设计的方向，并且按照规定的周期旋转扫描！-This is the eight circular antenna array elements array antenna beam scanner 360 degrees counterclockwise, program execution can be seen after eight
boshuxingcheng_Matlab
- 波束宽度与波达方向及阵元数的关系、八元线阵方向图、自适应波束形成-DOA and beam width and the relationship between the number of array elements, eight-element linear array pattern, adaptive beamforming
eight-element
- 使用HFSS建立的带有馈电结构的八元阵子天线阵模型-HFSS antenna arrty
DML1
- 两个信号源，八个阵元，采用DML实现DOA方位角估计，给出空间谱图。-Using DML algorithm to estimate the azimuth of DOA
zxf
- 对来波方向为0度的八阵元方向图进行仿真,为半波长天线-Simulation of 8 element linear array pattern
UCA_LCMV
- 八阵元均匀圆阵波束赋型LCMV算法，形成三维方向图-Eight-membered uniform circular array beamforming algorithm LCMV, a three-dimensional direction in FIG.
UCA_MMSE
- 八阵元均匀圆阵波束赋型MMSE算法，实现三维方向图-Eight-membered uniform circular array beamforming MMSE algorithm, three-dimensional directions in FIG.
UCA_MSNR
- 八阵元均匀圆阵波束赋型MSNR算法，实现三维方向图-Eight-membered uniform circular array beamforming algorithm MSNR, three-dimensional directions in FIG.
UCA_LMS
- 八阵元均匀圆阵波束赋型LMS算法，实现三维方向图-Eight-membered uniform circular array beamforming LMS algorithm, three-dimensional directions in FIG.
phase_LMS
- 目标信号为CW信号，阵型为八元阵，采用五路并联Notch滤波器进行相位差估计，完成水声定位功能。本程序是项目中的，已经经过调试和优化，可放心使用。(The target signal is CW signal, the array is eight yuan array, and the five phase parallel Notch filter is used for phase difference estimation to
GSC
- GSC广义旁瓣对消，四路不同方向入射信号，上支路八阵元，下支路根据阻塞矩阵不同自适应调节七、三、一个权。(GSC generalized sidelobe canceller, four paths in different directions, and eight branches on the upper branch. The lower branch adaptively regulates seven, three, and