Biblio

Filters: Author is Zhao, Yue  [Clear All Filters]
2022-04-01
Peng, Haiyang, Yao, Hao, Zhao, Yue, Chen, Yuxiang, He, YaChen, He, Shanxiang.  2021.  A dense state search method in edge computing environment. 2021 6th International Conference on Communication, Image and Signal Processing (CCISP). :16—22.
In view of the common edge computing-based cloud-side collaborative environment summary existing search key and authentication key sharing caused by data information leakage, this paper proposes a cryptographic search based on public key searchable encryption in an edge computing environment method, this article uses the public key to search for the characteristics of the encryption algorithm, and allows users to manage the corresponding private key. In the process of retrieval and execution, the security of the system can be effectively ensured through the secret trapdoor. Through the comparison of theoretical algorithms, the searchable encryption scheme in the edge computing environment proposed in this paper can effectively reduce the computing overhead on the user side, and complete the over-complex computing process on the edge server or the central server, which can improve the overall efficiency of encrypted search.
2022-08-26
Zhao, Yue, Shen, Yang, Qi, Yuanbo.  2021.  A Security Analysis of Chinese Robot Supply Chain Based on Open-Source Intelligence. 2021 IEEE 1st International Conference on Digital Twins and Parallel Intelligence (DTPI). :219—222.

This paper argues that the security management of the robot supply chain would preferably focus on Sino-US relations and technical bottlenecks based on a comprehensive security analysis through open-source intelligence and data mining of associated discourses. Through the lens of the newsboy model and game theory, this study reconstructs the risk appraisal model of the robot supply chain and rebalances the process of the Sino-US competition game, leading to the prediction of China's strategic movements under the supply risks. Ultimately, this paper offers a threefold suggestion: increasing the overall revenue through cost control and scaled expansion, resilience enhancement and risk prevention, and outreach of a third party's cooperation for confrontation capabilities reinforcement.