ID 原文 译文
46856 根据所受虚拟力的大小进行方向选择并进行移动。 Then according to the virtual force, the direction was chosen and theanchor nodes were moved.
46857 仿真实验表明，该策略可使锚节点根据未知节点分布的具体情况进行移动， Simulation experiments show that the strategy can make the anchor nodes move according to thespecific circumstances of unknown node distribution.
46858 有较高的定位精度，适应性强， It has a high positioning accuracy and strong adaptability.
46859 成功缩短了锚节点的移动路径，降低了虚拟信标的数量， It can success-fully shorten the path of the anchor node movement and reduce the number of virtual beacon.
46860 同时还能够有效避免锚节点进入网络空洞区域，减少了共线虚拟信标节点的数量。 Moreover it can effectively avoidthe anchor node to enter the network voids area and reduce the number of collinear virtual anchor nodes.
46861 针对现有轨迹差分隐私保护发布方法面临的独立噪声容易被滤除的问题，提出一种轨迹差分隐私发布方法——CLM。 In order to solve the problem existing in differential privacy preserving publishing methods that the indepen-dent noise was easy to be filtered out, a differential privacy publishing method for trajectory data (CLM), was proposed.
46862 CLM 提出一种相关性拉普拉斯机制，利用高斯噪声通过特定的滤波器， A correlated Laplace mechanism was presented by CLM, which let Gauss noises pass through a specific filter to producenoise whose auto-correlation function was similar with original trajectory series.
46863 产生与原始轨迹序列自相关函数一致的相关性噪声序列，叠加到原始轨迹中并发布。 Then the correlated noise was added tothe original track and the perturbed track was released.
46864 实验结果表明，与现有的轨迹差分隐私保护发布方法相比，CLM 能够达到更高的隐私保护强度并能保证较好的数据可用性。 The experimental results show that the proposed method canachieve higher privacy protection and guarantee better data utility compared with existing differential privacy preservingpublishing methods for trajectory data.
46865 为了进一步提高帧内粗略模式判决的编码性能，提出了一种基于 SATD 的 H.265/HEVC 拉格朗日因子选择算法。 In order to improve the coding performance of intra rough mode decision, a SATD-based Lagrange multiplierselection algorithm was proposed for H.265/HEVC.