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M3
- 对智能天线的波达方向进行了仿真,可以得到比较精确的DOA图像-Smart Antenna for Direction of Arrival for the simulation, can be relatively precise DOA Image
Array-Antenna
- 移动通信中的智能天线系统源代码,波束面向用户,使用空间滤波和波束零陷技术.-Mobile communications in the smart antenna system source code, user-oriented beam, the use of spatial filtering and beamforming technology Null.
Smartantennaauto-adaptedalgorithm
- 绍智能天线的基本原理和系统组成的基础上,,详细论述了智能天线的自适应算法和技术优-Introduction of the basic principles of smart antennas and system components based on the detail of the adaptive algorithm of smart antenna and technical talents
MatlabVerilog
- 这是关于智能天线的自适应算法的MATLAB代码-This is the smart antenna on the adaptive algorithm of MATLAB code
tdd_to_fdd4_4
- 不同频率条件下终端智能天线性能分析-butong
rls
- 智能天线算法中的非盲算法中的最小二乘法算法,运行后直接出来结果-Algorithm of smart antenna algorithms in the non-blind least squares algorithm, to run directly from the results of
laoshi2
- 智能天线技术的核心是自适应波束的形成,本文首先根据波束形成技术的不同,介绍了三大类自适应算法,基于来波方向的波束形成,基于参考信号的波束形成和基于信号结构特性的盲自适应算法,着重分析了基于参考信号的波束形成算法,并给出了数字波束形成的基本模型。-mart antenna technology is the core of the formation of adaptive beamforming, the paper first of all, according to the differen
smartantenna
- 智能天线的matlab程序,程序较多,非常好用-smart antenna
english1
- 是基于软件无线电的智能天线技术研究的基本文章,是全英文的不错的。-Is based on software radio smart antenna technology basic research articles, is good in English。
TheResearchofSpatialSpectrumEstimationAlgorithminS
- 智能天线技术是第三代移动通信系统的关键技术之一,也是国内外热门的研究课题。由于无线移动通信的信道传输环境具有复杂性和不确定性,存在多径衰落和时延扩展,因此造成了符号间串扰、同信道干扰、多址干扰等,这些干扰降低了链路性能和系统容量,智能天线技术是解决以上问题的方法之一。 本文首先阐述了智能天线和白适应波束形成的基本理论,然后对自适应算法进行了研究。对一些基本的自适应算法最小均方算法、恒模算法及递推最小均方算法进行了分析讨论,用计算机仿真的结果论证了算法的性能。针对相干干扰介绍了空间平滑技术,对传统
sdma
- 仿真了基于智能天线的空间分集(sdma)技术,并用了两种信道的分配方案-Simulation of smart antenna based on spatial diversity (sdma) technology, and the two distribution channels
zntx
- 智能天线研究,然后对LMS算法进行介绍。最后,对智能天线阵列的三种组阵方式进行分析。三种组阵方式分别为均匀线阵、平面阵、均匀圆阵。对三种组阵阵元防线性、阵元位置及其波束形成进行分析。在分析的基础上有matlab对分析结构验证-Research on smart antennas, and then introduced to the LMS algorithm. Finally, the three types of smart antenna array approach to array a
lms1
- 智能天线方向图——波束形成最小均方(LMS)算法-Smart antenna pattern- beam forming least mean square (LMS) algorithm
lms
- TD系统中智能天线下行波束赋形lms算法仿真实现-TD System Smart Antenna Downlink Beamforming Algorithm for Simulation of lms
SAerror
- 关于智能天线误码率的研究,使用智能天线后,可明显减少系统的误码率,提高通信质量-Bit error rate on the smart antenna research, the use of smart antennas can significantly reduce the system bit error rate, and improve communication quality
SmartAntenna
- 这个计划的目的是模拟一个基站接收器(上行的智能天线系统)-This Program is Designed To Simulate The Smart Antenna System On A BTS Receiver ( Uplink )
123
- matlab智能天线关于波束形成程序的仿真-matlab smart antenna beam-forming process on the simulation of
357386ggrls
- 最小二乘法算法在智能天线算法中的非盲算法中的具体应用,运行后直接出来结果,具有很强的普遍性,运算简单,时效比高-Least squares algorithm in smart antenna algorithms in the non-blind algorithm for the specific application, running out a direct result, has a strong universal, simple operation, limitation tha
lms5
- LMS算法和RLS算法的智能天线波束形成~~,可以运行-LMS algorithm and RLS algorithm for smart antenna beamforming ~ ~, you can run ~ ~ ~
CDFGmat
- 本文讨论内容如下:智能天线的布阵方式一般有直线阵、圆阵和平面阵,阵元间距1/2波长(若阵元间距过大会使接收信号彼此相关程度降低,太小则会在方向图形成不必要的栅瓣)-This article discusses the following: the composition of smart antenna approach generally linear array, circular array and planar array, array element spacing of 1/2 wa