搜索资源列表
BayesianCRB_calculator
- Bayesian CRLB computation for joint CFO and BEM coefficient estimation
jiediandingweiCRLB
- 这是一个用matlab编写的计算定位CRLB的程序。-This is a matlab prepared by the positioning calculation CRLB program.
CRLB
- 一个关于克拉美罗界的代码，其中没有关于费舍尔矩阵的问题-CRB code on which there is no question about the Fisher matrix
_C36_-ARTICLE
- Study the performance of the Cramer-Rao lower bound (CRLB)
SLIM
- 在高斯混合噪声背景下实现SLIM谱估计算法和l1范数SLIM谱估计法，并在-5到15的信噪比条件与CRLB对比均方频率误差-the paper achieves the SLIM spectral estimation algorithm and l1-SLIM spectral estimation method under the Gaussian mixture background noise,then compares the mean square frequency error
nlsr
- A new non-linear least squares (NLS) DRSS location estimator that uses correlated shadowing information to improve performance is introduced. The existing maximum likelihood (ML) estimator and Cram′er Rao lower bound (CRLB) for RSS-based locali
attack_CRLB
- 分布式网络通过CRLB矩阵分析存在攻击时网络的性能，分布式定位，拜占庭攻击-Distributed Network Analysis by CRLB matrix performance in the presence of network attacks, distributed positioning, Byzantine attack
estimation
- CRLB in phase estimation
paper
- 本文是由Ho K.C.于2004年在IEEE Trans. Signal Process发表的。文章提出了一种TDOA和FDOA相结合的无源定位方法，并对CRLB进行了详细推导。-This article is the Ho KC in 2004 in IEEE Trans. Signal Process published. This paper proposes a method of TDOA Passive Location and FDOA combining and CRLB de
CRLB
- 求取TDOA，TOA定位算法的克拉美罗界-descr iption of CLRB for TDOA and TOA
TDOALocCRLB
- 基于到达时间差的无线定位算法中克拉美罗下界的计算方法，1994年chan算法的实现- Based on the arrival time difference of wireless location algorithm of CRLB, 1994 chan algorithm implementation
CRB_UniformLA
- 计算均匀线阵的克拉美罗界，测试可以运行，放心下载(The calculation of the uniform linear array CRLB, it can run by testing, Please Download.)
Midterm
- 通过传感器接受到的TDOA确定信源位置。对泰勒级数法，SI法，和论文提出方法以及求CRLB的仿真程序(A Simulation for A simple and Efficient Estimator for Hyperbolic Location)
扫描发射器的被动定位
- 研究了扫描速度和扫描发射极位置的联合估计问题。该方法利用天线主梁的均匀旋转运动，将其扫过若干个独立的接收器。基于非线性最小二乘估计(NLS)，建立了一个联合估计器。通过几个仿真实例，比较了所提出的估计量与cramer- rao下界(CRLB)的性能。(The joint estimation of scanning velocity and scanning emitter location is studied. The method USES the uniform rotating mot
单站相位差变化率定位
- 利用EKF实现单站相位差变化率定位，并计算CRLB、画GDOP图。参考文献为《一种快速高精度无源定位方法的研究》(Using EKF to locate the change rate of single station phase difference, calculate CRLB and draw GDOP diagram. References are "Research on a Fast and High Precision Passive Location Method&