ID 原文 译文
47636 最后通过对无法与 RJSS 停止节点通信的邻居节点进行聚类分析，确定干扰源的数量和位置。 Finally, through applying clusteranalysis on the neighbour nodes which fail to communicate with RJSS peak points, the number and positions of the jam-mers can be estimated.
47637 模拟实验表明，与现有算法相比，所提算法可以有效降低多干扰源定位过程的定位误差； Experimental results have verified that the proposed algorithm can improve the accuracy of local-ization compared with existed localization algorithms.
47638 并且，当干扰源间距符合限定条件时，算法定位结果更优。 Furthermore, the performance of the proposed algorithm is promi-nent when the distance of jammers accords with constraint condition.
47639 采用相关熵度量辐射源细微特征之间的相似性，提出一种基于最大相关熵的通信辐射源个体识别方法。 To measure the similarity between the fine features of communication transmitters, a method of individualcommunication transmitter identification based on maximum correntropy was put forward.
47640 首先提取矩形积分双谱特征来表征辐射源个体差异，并基于最大相关熵准则构造优化函数； Firstly, the square integralbispectra was extracted to characterise the communication transmitters, and then optimization function based onmaximum correntropy criterion was constructed.
47641 其次利用半二次优化技术，将非线性的优化问题转化为加权线性最小二乘问题； Secondly, the half-quadratic technique transformed the nonlinear op-timization problem to a weighted linear least squares problem.
47642 最后利用有效集算法得到稀疏系数构造分类器，实现通信辐射源的个体识别。 Finally, for identifying the communication transmitters,the sparse coefficient computed by active set algorithm was utilized to construct the classifier.
47643 在实际采集的同厂家同型号的 FM 电台数据集上，验证了方法的可行性与有效性。 Using the FM radioswith same manufacturer and model, the actually collected data sets verified the feasibility and effectiveness of themethod.
47644 在实真场景中，在载体失配（CSM, cover source mismatch）条件下降低虚警率是隐写分析的一个巨大挑战， In the real world, reducing false positive rates in the case of cover source mismatch (CSM) was a big challengefor steganalysis.
47645 提出了一种新的模型来处理该问题。 A novel model was proposed to solve the problem.