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CANS 2024 : The International Conference on Cryptology and Network Security (CANS)Conference Series : Cryptology and Network Security | |||||||||||
Link: https://2024.cansconference.org/home | |||||||||||
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Call For Papers | |||||||||||
Call for Papers
The International Conference on Cryptology and Network Security (CANS) is a premier forum for presenting research in the field of cryptology and network security. The conference seeks academic, industry, and government submissions on all theoretical and practical cryptology and network security aspects. This year marks the 23rd iteration of the conference and will be held at the University of Cambridge, England. Proceedings of previous iterations of the conference were published by Springer LNCS and we have applied to do the same this year. Submission guidelines High quality papers on unpublished research and implementation experiences may be submitted. All papers must be original and not substantially duplicated work that has been published at, or is simultaneously submitted to, a journal or another conference or workshop. All submissions must be written in English and span no more than 20 pages in the Springer’s Lecture Notes in Computer Science (LNCS) format (a Springer template can be found in Overleaf), including title, abstract, and bibliography. The introduction should summarize the contributions of the paper at a level understandable by a non-expert reader and explain the context to related work. Submitted papers may contain supplementary material in the form of well-marked appendices. Note that supplementary material will not be included in the proceedings. Moreover, the main paper should be intelligible without requiring the reader to consult the supplementary material. Submissions must be anonymous (no author names, affiliations, acknowledgments, or obvious references). The conference will also consider short papers of up to eight pages in the LNCS format, excluding the bibliography (max 2 pages), for results that are not yet fully fleshed out or that simply require few pages to describe but still make a significant contribution. All submissions must be processed with LaTeX2e according to the instructions given by Springer. Submitted manuscripts must be typeset in plain Springer LNCS format, in particular without changing the font size, margins or line spacing. Submissions not meeting these guidelines may be rejected without consideration of their merits. Papers must be submitted via EasyChair. The deadline for submissions is 14 April anywhere on earth (AoE). Presentation requirements At least one author of every accepted paper must register and pay the full registration fee (non-student) for the conference by the early registration deadline indicated by the organizers. Papers without a registered author will be removed from the sessions. Authors must present their own paper(s). Session proceedings, including all accepted papers, will be published in LNCS and will be available at the conference. Topic areas: Access Control Anonymity and Censorship Resistance Applied Cryptography Artificial Intelligence for Security Attacks & Malicious Code Biometrics Block & Stream Ciphers Blockchain Security and Privacy Cognitive Cities Security and Privacy Confidential Computing Cryptographic Algorithms and Primitives Cryptographic Protocols Cyber Physical Security Data and Application Security Denial of Service Protection Data and Computation Integrity Edge/Fog Computing Security and Privacy Embedded System Security Formal Methods for Security and Privacy Hash Functions Identity Management and Privacy IoT Security Key Management Location Based Services Security and Privacy Malware Analysis and Detection Network Security On-line Social Networks Security and Privacy Peer-to-Peer Security and Privacy Privacy-Enhancing Technologies Public Key Cryptography Security and Privacy for Big Data Security and Privacy in the Cloud Security and Privacy of ML and AI based Systems Security and Resilient solutions for Critical Infrastructures (e.g., Smart Grid, TelCo Networks, AirPorts, Ports…) Security Architectures Security in Content Delivery Security Models Secure Multi-Party Computation Secure Distributed Computing Security in Pervasive Systems Sensor Network Security Security in Crowdsourcing Trust Management Usable Security Virtual Private Networks Web Security Wireless and Mobile Security Zero-Knowledge Proofs |
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