Cryptography and Communications

  in Journal   Posted on September 23, 2020

Journal Ranking & Metrics

G2R Score : 1.49
G2R H-Index : 5
JCR Impact Factor : 0.884
Scopus Citescore : 2.1
SCIMAGO H-index : 14
Guide2Research Overall Ranking : 617

Journal Information

ISSN : 1936-2447
Publisher :
Periodicity : Quarterly
Editors-in-Chief : Claude Carlet
Journal & Submission Website :

Top Scientists who published in this Journal

Number of top scientists* : 9
Documents published by top scientists* : 13
* Based on data published during the last three years.

Aims & Scope of the Journal

Cryptography and Communications: Discrete Structures, Boolean Functions and Sequences publishes scholarly research dedicated to improving the quality of the Discrete Structures, Boolean Functions and Sequences used in communication and cryptographic systems. This research aims to increase the speed and capacity of digital communication and strengthen security by improving the encryption necessary to combat cryptanalytic attacks. With improved encryption, communication will become more secure from the cryptanalytic attacks that threaten the confidentiality and integrity of personal data stored on and transmitted by mobile devices. Increasing the speed, reliability, and capacity of wireless communication is essential for growth, since the radio spectrum is a bounded resource. While sometimes treated as separate entities with distinct research goals, communication and cryptography often use similar models and techniques and work in tandem in digital networks. As a result, this journal’s distinctive combination encourages researchers to strive for advancements that will improve both areas simultaneously, thus providing a publishing forum for these domains, covering all the fundamental and computational aspects of these research fields.The journal publishes high-quality papers dealing with cryptography, error-correcting codes, communications and their interactions. Both theoretical and applied papers will be considered.The scope of the journal focuses on discrete structures used in stream…

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