搜索资源列表
MIMO-MTI.rar
- MIMO雷达的MTI处理及性能分析,希望对大家有帮助,MIMO radar MTI processing and performance analysis, we hope to help
phased-array-radar
- 一篇综述性的文章:近半个世纪以来相控阵雷达在全球的应用愈来愈广,近几年来所看到的突破,导致以往不可能的性能。这可由被称为单片微波集成电路(MMIC)的GaAs微波集成电路的开发作例证,它们使制造重量轻、体积小、高可靠性和较低价格的有源电子扫描阵列(AESA)成为可能。这种开发已使现在有可能制造一种成本低的35GHz导弹搜索相控阵,其价格为30美元/单元(包含所有 电子设备的阵列总价格除以单元数)。由于集成可使整个T/R模块置于一个芯片上。由Moore定律预测的发展使之可制作具有多种优点的数字
statisticalMIMOradar
- 统计MIMO雷达的国外课件,对统计MIMO进行介绍包括一些仿真-statistical MIMO radar
MIMO_Radar
- MIMO雷达中单元平均恒虚警检测性能分析-Detection Performance Analysis on CA-CFAR in MIMO Radar
MIMO-radar-signal-modeling
- 均匀线阵方向图, MIMO雷达信号建模、波束形成和目标检测-Uniform linear array pattern MIMO radar signal modeling, beamforming and target detection
MIMO-Radar-with--Colocated-Antennas
- 相关MIMO雷达 主要介绍相关MIMO雷达与相控阵的性能对比-The correlated MIMO radar ,it introduces the comparison of related MIMO radar with phased array performance
correlatiandcapacity-analysisofMIMO
- 论文描述了具有圆形阵列的机载MIMO雷达在角度能量不同分布情况下的空间相关性,分析了MIMO雷达的信道容量。-This paper derived generalized spatial correlation functions for a circular antenna array.And we analysis the different perfor- mances of the MIMO capacity with circular array using cor- r
Doppler
- 一种MIMO体制天波雷达多普勒扩展杂波抑制方法-Doppler radar system for MIMO-day extension clutter suppression method
MIMO
- 复合高斯杂波中MIMO雷达DOA估计的克拉美-罗下限-Complex Gaussian clutter DOA Estimation in MIMO radar Cramer- Rao lower bound
MIMO-radar-
- 研究双基地多输入多输出雷达目标跟踪的性能。-Research bistatic MIMO radar target tracking performance.
MIMO-radar
- 介绍MIMO雷达的发展趋势以及发展方向,适合初学者对MIMO雷达的研究-the introduce of the MIMO radar
mimo-imaging-design
- MIMO雷达成像设计 MIMO雷达成像设计-MIMO imaging design
[V]Passive-MIMO-radar-detection
- 详细介绍了无源MIMO雷达现有的探测算法,并且对有无参考路径的算法都进行了深入的研究-Details of the passive radar existing MIMO detection algorithms, and the presence or absence of a reference path algorithms have carried out in-depth research
mimo radar OFDM Chirp waveform design
- 产生OFDM Chirp波形,包括时域表示和频域表示,用于mimo雷达,且附有参考文献,里面有波形的时频域表示,以便进一步研究(this matlab code files were used to produce ofdm chirp waveform which used in mimo radar,the waveform are representation in time domain and frequency domain.furthermore,the references ar