ID 原文 译文
2993 从数值算例、能源策略选择和目标识别 3 个方面进行了仿真验证，结果验证了所提方法的有效性和可行性。 The simulation re-sults verify the effectiveness and feasibility of proposed method from numerical examples, energy strategy selection andtarget recognition respectively.
2994 针对公有云中多源物联网（IoT）数据完整性验证问题，提出了一种身份基多源 IoT 终端数据可证明数据持有（ID-MPDP）方案。 To solve the problem of multi-source IoT data integrity verification, identity-based provable data possessionfor multi-source IoT terminal in public cloud (ID-MPDP) was proposed.
2995 首先，给出了 ID-MPDP 方案的系统模型和安全模型的形式化定义。 Firstly, the formal definitions of system modeland security model of ID-MPDP were given.
2996 然后，使用 RSA设计了具体的 ID-MPDP 方案。 Then, the specific ID-MPDP scheme was designed by using RSA.
2997 最后，给出了该方案的性能分析和安全性分析。 Finally,the performance analysis and security analysis of ID-MPDP were given.
2998 性能分析和安全性分析结果表明，该方案是可证安全的、高效和可转换的， Through performance analysis and security analysis, ID-MPDP was provably secure, efficient and convertible.
2999 并具有以下优势：可用于多源 IoT 终端的数据完整性检测；具有较低的块扩展率；使用身份基公钥密码技术，消除了证书管理；满足可转换性。 It has the following advantages, such as it can be used for the integrity checking for multi-source IoT terminal data, it has lower block expansion rate, it eliminates the certifica-tion management cost by using the identity-based public key cryptography and it is convertible.
3000 针对目前链路预测方法普遍存在精度不高、效率低等问题，提出了基于高阶路径相似度的复杂网络链路预测方法。 For the problem that the existing link prediction method has many problems, including low accuracy and lowefficiency, a method of high-order path similarity link prediction was proposed.
3001 首先，利用路径作为判别特征对复杂网络中的缺失链接进行预测，以实现资源的有效分配，并通过惩罚公共近邻对信息泄露进行限制。 Firstly, the path was used as the judgingfeature to predict missing links in complex networks, which could make resource allocation more effective and restricts information leakage by punishing public neighbor pairs.
3002 其次，将高阶路径作为判别特征，对种子节点对间的可用长路径实施惩罚。 Secondly, by using high order paths as judging features, theavailable long paths between seed nodes would be punished.