测向

一种基于方向响应函数的MUSIC改进测向算法

An Improved MUSIC Direction-finding Algorithm Based on the Bearing Response Function

幅相误差对修正MUSIC算法测向性能的影响与分析

Effect and Analysis of Amplitude and Phase Errors in Modified MUSIC Algorithm Direction-finding

用感知机学习算法改善MUSIC测向算法的分辨率

Improvement of the Resolution of MUSIC Method with the Perceptron Training Algorithm

基于MUSIC算法的圆阵测向技术研究

Technique of Direction Finding by Circle Antenna Array Based on MUSIC Algorithm

四阶累积量的MUSIC算法在海流测向中的应用

Application of FO-MUSIC Algorithms to Direction-Finding of Ocean Current

MUSIC算法在交叉干涉仪测向中的应用

Application of MUSIC Algorithm to Cross Interferometer Direction Finding

Rice信道下的测向误差分析

Analysis of Errors in Direction Finding under Rice Channel

基于MUSIC算法的同时多信号测向理论研究

Direction Finding For Multiple Signal Based On MUSIC

多DSP处理器系统在超分辨测向处理器中的应用

The application of DSP multiprocessor system to high-resolution direction estimating processor

相关干涉仪测向算法的FPGA设计实现

Design and Implementation of Correlation Interferometer Direction Finding Algorithm with FPGA

基于FPGA的超声波测向装置设计

Design of ultrasonic direction testing device based on FPGA

文中在MUSIC算法的基础上，建立了平面任意形状阵列二维超分辨测向的数学模型及通用算法。

Based on MUSIC algorithm , a mathematical model of two-dimensional DOA estimation on an arbitrary plane array is established .

阵列互耦和幅相误差的综合作用会严重影响MUSIC算法的测向性能。

The combined effects of mutual coupling and amplitude-phase errors have negative impact on the direction-finding performance of the MUSIC algorithm .

AR谱估计测向法性能分析和参数选择

Performance Analysis and Parameter Choice of AR Spectrum Estimation in Direction Finding

用基于FFT的数字多波束测向算法来估计多谱勒频移；

Doppler shift is estimated by using multi-beam direction-finding algorithm based on FFT .

一种基于新型RBF网络的侦察测向系统

A Direction-Finding System Based on Novel RBF Networks

基于ADS星载天线的建模与干涉仪测向仿真分析空间甚长基线干涉测量法

Modeling of Space-borne Antenna Based on ADS and Simulation Analysis on Interferometer Direction Finding

在空间谱估计MUSIC方法的基础上，针对该方法对相关信号源测向性能下降甚至失效的情况，对该方法进行了修正；

On the basis of the spatial spectrum estimator MUSIC algorithm , some modified techniques are proposed because this algorithm isn 't efficient for perfectly correlated signals ;

UHF波段被动雷达导引头测向技术研究

Research on Direction Finding Technology of Ultra High Frequency Passive-radar-seeker

使用MATLAB进行仿真，与传统测向算法的探测效果进行比较，进而验证这两种改进算法的效果。

In order to test these improved methods , MATLAB is used for simulation , which is compared with traditional algorithm of direction finding .

根据系统技术指标要求，将超分辨测向算法中的MUSIC算法应用于此系统中，能够对多个目标进行超分辨测向，并有效提高测向精度。

According to the technic guideline demand , applying the MUSIC arithmetic from super-resolution direction estimation to the system , implement the direction estimation and improving the measure precision .

基于ESPRIT的MIMO雷达测向方法

Direction Finding Based on ESPRIT in MIMO Radar

基于PLD硬件处理的数字式多基线干涉仪测向技术

DF using digital multi-baseline interferometer based on PLD processing

测向Butler矩阵的一般设计方法

A Generalized Design Method of DF Butler Matrix

考虑宽带源波达方向（DOA）估计问题，提出了一种基于传播算子的宽带谱相关测向算法。

The problem of direction-of-arrival ( DOA ) estimation for wideband source signals utilizing the cyclostationarity property is addressed .

对设计中采用的关键技术和采用FPGA实现相关干涉仪测向处理后测向处理速度的提高进行了分析比较。

Finally , the adoptive key technique and the improvement of the process speed after the application of FPGA on the correlation interferometer direction finding algorithm are analyzed .

针对目前多信号环境中信号的测频测向问题，利用非均匀时延，解开频率和信号到达角之间存在的耦合，在此基础上实现了解耦合的二维MUSIC算法。

A new kind of decoupling MUSIC algorithm for frequency and bearing measurement is proposed , which utilizes an uneven delay structure to untie the couple between the frequency and the DOA ( direction-of-arrival ) .

一种改进的ESPRIT测向算法

A Modified ESPRIT Algorithm for Direction Finding

在各种高分辨测向算法中，TLSESPRIT估计精度较高，因不需要谱峰搜索而具有更小的运算量。

TLS-ESPRIT has higher angle resolution and precision , and that it has less computation than other high-resolution algorithms .

介绍了一种利用自适应天线阵对水面舰船目标进行精确定位的新方法，该方法采用了高精度、高分辨率的MUSIC测向算法。

A new method is introduced , which is used to find out the precision positioning of warship target on sea with adaptive antenna array , The method adopts the MUSIC algorithm which has high precision and high resolution .