应我校1xbet 코리아韩帅教授、孟维晓教授邀请，在1xbet 코리아国际合作部、电信学院青年教师联合会、中国电子学会信号处理分会、IEEE IoT-AHSN技术委员会，IEEE ComSoc 哈尔滨分会、IEEE VTS哈尔滨分会、IEEE BTS哈尔滨分会的支持下，阿维尼翁大学Abderrahim Benslimane教授将于2023年10月30日，在哈尔滨工业科学园科创大厦K1940会议室进行线上学术讲座。欢迎对此感兴趣的专家学者、老师和同学参加。
报告题目：
Trust-Based Certificate Management for Industrial IoT Networks
时间：2023年10月30日8：00-11：30，13：00-16：30, 18:00:19:30
地点：哈尔滨工业科学园科创大厦K1940会议室
线上会议链接：
https://meet328.webex.com/meet328/j.php?MTID=m322ef87fdd82b1cb4194b8840ad462df
摘要：
The Industrial Internet of Things (IIoT) network is composed of devices that contain sensitive data, which makes them vulnerable to various security threats. Digital Certificates can be used to reinforce the security of the IIoT network, however, their management remains a major issue. Hence, in this article, we rely on trust management to deal with the whole certificate management process in IIoT networks, from revocation to verification. For this purpose, we organize the IIoT network into a clustering architecture where each cluster head (CH) hosts an agent, called CH-UR agent, that renews/revokes the certificates of its cluster member nodes. We apply signaling game theory to build a Certificate Revocation Game modeling the interactions between a member IIoT node and the CH-UR agent. Thus, upon the belief on the member node, updated by using the Bayesian rules, the best response strategy for the CH-UR agent can be obtained. Further, we propose a new efficient certificate verification scheme based on short-lived certificates (SLCs) and suitable for IIoT network requirements. The performance evaluation of our framework proves, first, the accuracy and convergence speed of our revocation mechanism to detect untrusted devices and on-off attacks. Second, the effectiveness of our clustering architecture to reduce the resource consumption resulting from the management of SLCs to 60% even with the increase of network density. Third, the effectiveness of the proposed certificate verification scheme to reduce the time needed to obtain the revocation information as well as the resulting storage and communication overhead to achieve this purpose.
演讲者：
Abderrahim Benslimane (IEEE高级会员）于1987年在法国Nancy大学获得计算机科学学士学位，并于1989年和1993年分别在法国Besanon的Franche-Comte大学获得计算机科学的DEA（硕士）和博士学位。自2001年起，他一直担任法国阿维尼翁大学（Avignon University）计算机科学正教授，同时也是该大学科学与技术学院副院长。2012年至2016年，他是法国外交和欧洲事务部的国际专家。自1994年9月以来，他一直担任法国贝尔福的Belfort- montbsamliard技术大学的副教授。他发表了280多篇国际出版物（书籍、会议论文集、期刊和会议）和20多期特刊。指导博士论文20余篇，硕士论文42余篇。Prof. Benslimane获得了法国Cergy- pontoise大学的研究督导头衔（HDR 2000)。他在2021-2025年获得法国博士指导和研究奖。他被提名为IEEEcomsoc多媒体技术指导主席（2022年至2024年）。从2017年到2019年，他是通信和信息安全技术委员会的前任主席。现任《国际多媒体智能与安全杂志》(International Journal of Multimedia Intelligence and Security, Inderscience）主编，IEEE Internet of Things Journal, and an Editorial Member of IEEE Transactions on Multimedia, IEEE Wireless Communication Magazine, IEEE Systems Journal, Ad Hoc Networks (Elsevier), and Wireless Networks (Springer）编委会成员。作为联合创始人，自2005年以来他一直担任IEEE WiMob的总主席/指导主席。他曾担任IEEE CNS 2020总主席，IEEE Globecom 2020执行论坛联合主席，IEEE TrustCom 2020和iThings 2020项目副主席，以及ICC, Globecom, iCoST, MOWNET, AINA和VTC等多个IEEE国际会议的研讨会联合主席/领导者。他于2020年被提名为IEEE VTS杰出讲师。
作者：韩帅 发布：朱亦秋 审核：李卓明
