On behalf of the Organizing Committee, we extend you a warm welcome to the 53rd Annual IEEE/IFIP International Conference on Dependable Systems and Networks (DSN 2023), organized by the University of Coimbra, Portugal. Over the years DSN has become a forum to present the best world research in the fusion between dependability and security research, understanding the need to simultaneously fight against accidental faults, intentional cyber-attacks, design errors, and unexpected operating conditions. We are looking forward to a conference filled with ideas from industry and academia.

1.会议信息

会议介绍： 第53届IEEE/IFIP可靠性系统与网络国际会议(IEEE/IFIP International Conference on Dependable Systems and Networks, DSN 2023)将在葡萄牙举行。多年来，DSN已经成为一个论坛，展示世界上最好的研究，融合可靠性和安全研究，理解需要同时对抗意外故障，蓄意的网络攻击，设计错误和意外的操作条件。

会议全称： International Conference on Dependable Systems and Networks

会议网址： https://dsn2023.dei.uc.pt/index.html

会议地点： Porto, Portugal

CCF分类： B类

Core分类： A类

H5指数： 32

影响力值： 4.29

录取率： DSN’22 18.7% (49/262)

2.时间节点

What	When
Abstract submission deadline	Dec. 1, 2022
Paper submission deadline	Dec. 7, 2022
Early reject notification	Jan. 28, 2023
Author rebuttal & revision period	Feb. 15 - 28, 2023
Notification to authors	Mar. 17, 2023

3.论文主题

• Hardware (e.g., microprocessors, memory systems, systems on chip, I/O devices, storage systems,Trusted Execution Environments (TEEs), edge and mobile devices, data center infrastructure, hardware accelerators, emerging technologies, emerging paradigms like processing in memory & quantum computing)

• Software (e.g., applications, middleware, distributed algorithms, operating systems, software security, dependable software design)

• Networked systems and clouds (e.g., wireless networks, mobility, software-defined networking, edge computing, cloud computing/storage, networks on chip, network security)

• Autonomous systems (e.g., self-driving vehicles, autonomous robots, assured autonomy, explainable decision making, acceptability, privacy issues)

• Cyber-physical systems (e.g., embedded systems, real-time control of critical systems, internet of things, smart grid, automotive, aerospace, railway, medical systems)

• Distributed ledgers/Blockchain (e.g., BFT/consensus algorithms, cryptocurrencies, decentralized storage, zero knowledge proofs)

• AI/Machine Learning for resilient systems (e.g., robust, resilient, secure, and explainable AI/Machine Learning techniques; applications of AI/ML techniques for dependability and security, robustness issues in ML/AI systems)

• Models and methodologies for programming, evaluating, verifying, and assessing robust (dependable and secure) systems (e.g., performance and dependability evaluation, analytical and numerical methods, simulation, experimentation, benchmarking, verification, field data analysis)

• Emerging technologies and computing paradigms (e.g., robustness, security, dependability issues of emerging memory and storage systems, emerging computing paradigms like quantum computing, processing in memory/sensors/storage/network, 3-dimensional architectures, new hardware/software cooperative paradigms, emerging programming and system paradigms)