ID 原文 译文
58328 通过工程验证，该模型短期内对浸润线高度的变化预测效果较好. Through engineering verification，it is shown that the model effectively predict the change of thesaturation line height in the short term.
58329 针对轨迹数据的攻击性推理可能导致个人隐私信息泄露的问题，提出了一个基于动态时间归整( DTW) 交换查询的轨迹隐私保护方案. In order to solve the problem of personal privacy information disclosure caused by aggressivereasoning of the trajectory data，based on dynamic time warping ( DTW) exchange query，a trajectoryprivacy protection scheme is proposed.
58330 通过对基于位置的服务( LBS) 请求的用户及候选者身份进行匿名化处理，利用 DTW 算法依次计算出所有候选者与发起者在一定时间间隔内的轨迹相似值，从中选出最优相似轨迹的候选者替代真实用户请求 LBS 服务，从而实现用户身份与位置的隐私保护. Through anonymizing the identities of user and candidates who request location-based service ( LBS) ，and calculating the trajectory similarity between all candidates andthe initiator within acertain period of time by using the DTW algorithm，then choosing the candidate withthe optimal trajectory similarity to replace real user in requesting LBS，the real user privacy informationabout identity and location is effectively protected.
58331 经过安全性分析，所提方案不仅满足匿名性和不可伪造性等安全特性，而且能够抵抗窃听攻击和连续查询服务追踪攻击. Security analyses prove that this scheme not only satisfies the security characteristics such as privacy，anonymity，and unforgeability，but also can resist queryservice tracking attack.
58332 仿真实验结果表明，所选候选者轨迹的相似度有明显提高. Simulation experiments show that the optimal trajectory similarity is significantlyimproved.
58333 可充电无线传感器网络充电策略的研究多基于单充电车，并不能满足网络规模的需求. Mostly，the charging strategy in wireless rechargeable sensor networks ( WＲSNs) adopts singlemobile charger，but it can't meet the requirements of network scale.
58334 为此提出一种针对多充电车的基于优先权的周期性充电策略( K-PPEＲ) . The charging strategy of multiplecharging vehicles based on K-means improvement periodic energy replenishment based on charging priority ( K-PPEＲ) is proposed.
58335 采用 K-means 优化算法进行分簇，以簇为单位对网络进行充电管理，将有充电请求的节点加入归属簇的充电序列中，对节点的实时充电请求按充电优先级排序; Firstly，the network is divided into clusters by adopting the K-means improvement algorithm. Then，the network is recharged in clusters unit. The node with charging request is addedto the charging sequence of the belonging cluster. And each charging sequence is sorted by the node'scharging priority.
58336 最后，基站派出充电车到达充电簇，并按充电序列充电. At last，the base station sends a mobile charger to the cluster and starts to charge according to the sequence.
58337 仿真实验结果表明，网络效用较 K-means 算法提高约 42% ，能量效用较局部信息分布式协作协议( DCLK) 提高约 4% ，较分布式协作协议提高约 18% The experimental results show that the network utility is about 42% higher thanK-means. The energy utility of K-PPEＲ algorithm increases about 4% compared with distributed coordination local knowledge ( DCLK) protocol，and increases about 18% compared with distributed coordination protocol.