1) generalized empirical likelihood
广义经验似然
1.
The family of generalized empirical likelihood ratio statistics with moment restrictions,which is a generalization of Baggerly,is investigated.
讨论矩约束条件下的广义经验似然比统计量族以及相应的性质。
2) GLRT
广义似然比检验
1.
Having dyadic and recursive subdivision on image,having integral on Beamlet in each sub-square,the straight lines were approximated under GLRT and reconstructed.
利用一种Beamlet变换算法来提取遥感图像中的线性特征,通过对遥感图像按二进、递归进行划分,利用灰度信息,积分计算每一小块图像中的Beamlets,结合梯度信息,通过广义似然比检验GLRT(generalized likeli-hood ratio testing)来检测判断符合条件假设的Beamlets,重建线性目标。
2.
Having dyadic and recursive subdivision on image, having integral on beamlets in each sub-square, the straight lines are approximated under GLRT(Generalized Likelihood Ratio Testing) and reconstructed.
本文利用一种Beamlet变换算法来提取遥感图像中的直线特征,通过对遥感图像按二进、递归进行划分,利用灰度信息,积分计算每一小块图像中的Beamlets,结合梯度信息,通过广义似然比检验GLRT(Generalized Likelihood Ratio Testing)来检测判断符合条件假设的Beamlets,重建目标直线。
3.
Two Constant False Alarming Rate (CFAR) detection algorithms such as Generalized Likelihood Ratio Test (GLRT) and Adaptive Matched Filter (AMF) are studied and the intrinsic relationship between adaptive CFAR and Space Time Adaptive Processing (STAP) is revealed.
研究了广义似然比检验和自适应匹配滤波器两种恒虚警检测算法 ,揭示了它们与空时自适应处理之间的内在联系 。
3) generalized likelihood ratio test
广义似然比检验
1.
Aiming at the drawbacks of power inefficiency and high noise vulnerability in transmitted-reference ultra-wideband systems,a new auto-reference transmit-receive scheme and a corresponding group decision algorithm on the generalized likelihood ratio testing(GLRT) principle were proposed.
针对发射参考超宽带系统的低资源利用率和相关模板易受噪声干扰的缺点,提出一种新的自参考发射接收方案和基于此方案的广义似然比检验分组判决算法。
2.
Application of generalized likelihood ratio test to this model yielded maximum likelihood test statistics.
帧检测被等效为一个含未知参数(噪声功率、信道响应和载波频偏)的假设检验模型,对它应用广义似然比检验原理,导出了最大似然检测统计量,然后根据帧前导字周期性的特点进行简化,得到帧检测器。
3.
By applying generalized likelihood ratio test (GLRT), This paper gives the detector of polynomial phase signal (PPS) with unknown parameters.
根据Neyman-Pearson(NP)准则,利用广义似然比检验方法,给出了未知参数多项式相位信号的最优检测器。
4) Generalized Likelihood Ratio Test(GLRT)
广义似然比检验
1.
The Generalized Likelihood Ratio Test(GLRT) is used to establish a binary hypotheses detector and estimates the unknown parameters that represent the background in the detector from the image.
它通过广义似然比检验(GLRT)模型构建二元检测算子,并利用观测数据估计出算子中代表背景的未知参数,而算子的关键参数——目标参数是通过投影追踪算法搜索异常点得到的。
2.
For composite hypothesis testing,the generalized likelihood ratio test(GLRT) and the Bayesian approach are two widely used methods.
在复合假设检验中,广义似然比检验(GLRT)和贝叶斯(Bayesian)方法是2个广泛应用的方法。
5) generalized likelihood ratio test (GLRT)
广义似然比检验
1.
Generalized likelihood ratio test (GLRT) is suitable for statistical data with many variables, low-expression, and non-linear characteristics.
广义似然比检验(GLRT)具有对多变量、低表达、非线性数据分析灵敏的特点,其参数为-21g~λ,该参数近似的服从χ~2(1)分布,这样其误差就被有效的控制住;而支持向量机(SVM)能够较好的解决小样本、非线性、高维数、局部极值的问题,已在模式识别、非线性建模等领域得到广泛应用。
6) OPT(Optimal Parity-vector Test) method
广义似然比检验法
补充资料：极大似然估计
极大似然估计法是求估计的另一种方法。它最早由高斯提出。后来为费歇在1912年的文章中重新提出，并且证明了这个方法的一些性质。极大似然估计这一名称也是费歇给的。这是一种上前仍然得到广泛应用的方法。它是建立在极大似然原理的基础上的一个统计方法，极大似然原理的直观想法是：一个随机试验如有若干个可能的结果A，B，C，%26#8230;。若在一次试验中，结果A出现，则一般认为试验条件对A出现有利，也即A出现的概率很大。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条