Cryptography and Communications is an academic journal published by Springer. (ISSN 1936-2447, impact factor 1.1).
Aims and scope
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 one or both areas, 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 and block ciphers in symmetric cryptography; code division multiple access in communications; and random number generation for statistics, cryptography and numerical methods. In particular, papers covering Boolean functions and sequences, without excluding any other discrete structure used in cryptography and communications, such as finite fields and other algebraic structures, are strongly encouraged. Topics include, but are not limited to:
Boolean functions for pseudo-random generators in stream ciphers and related cryptographic criteria
Weights and nonlinearity of Boolean functions, character sums
Fourier and Walsh transforms and their relation to sequences and Boolean functions
Multi-output (vectorial) Boolean functions for substitution (S-) boxes in block ciphers, differential and nonlinearity characteristics
Designs and (single or multi-output) Boolean functions
Diffusion in block ciphers and Boolean functions
Cryptanalyses of stream and block ciphers and their relation to discrete structures
Combinatorics, coding, cryptography and sequences
Finite fields (or Galois rings), coding, cryptography, and sequences
Connections between sequences and abstract algebra
Permutation and multivariate polynomials over finite fields and their use in cryptography
Linear feedback shift registers, feedback with carry shift registers, and other sequence generators
Correlation of sequences
Complexity measures of sequences and multisequences
Pseudo-randomness of sequences
Shift register synthesis
Connections between graphs and discrete structures
Coding techniques and theories for distributed storage and computing
Cryptographic sequences derived from automatic sequences
Uniform distribution, exponential sums and cryptography
Pseudorandomness and number theoretic objects and applications (coding, cryptography)
Signal design for communication systems and radar systems in connection with discrete structures)
LRC codes, minimal codes, RS codes, AG codes
まだコメントはありません。