SEquences and Their Applications (SETA) 2024

Call for Papers

Sequences play important roles in numerous critical domains, encompassing areas such as spread spectrum communication systems, global positioning systems, ranging systems, circuit testing, software testing, channel estimation, cryptographic schemes, and beyond.

SEquences and Their Applications (SETA) is an internationally leading conference, aiming to foster fruitful interactions among sequences, signals, and waveforms designers, mathematicians, coding theorists, cryptographic researchers, and communications practitioners from all over the world. This esteemed conference has been hosted in a variety of international locales: SETA-1998 (Singapore), SETA-2001 (Bergen Norway), SETA-2004 (Seoul, South Korea), SETA-2006 (Beijing China), SETA-2008 (Lexington USA), SETA-2010 (Paris France), SETA-2012 (Waterloo Canada), SETA-2014 (Melbourne, Australia), SETA-2016 (Chengdu, China), SETA-2018 (HongKong China), SETA-2020 online (Bergen Norway).

Important Dates

• Deadline for submission: 23:59 (UTC-11), March 25th, 2024
• Deadline for submission: March 15th, 2024
• Open for registration: April 1st, 2024
• Acceptance notification: April 30th, 2024
• Final submission: May 30th, 2024
• Submission of full Papers: Sept 30th, 2024

Submission of Full Papers

• All speakers at SETA-2024 are invited to submit a full version to a special issue at the Springer journal Cryptography and Communications
• Submission: August 20th - Sept. 30th, 2024
• Submission Guideline: when you submit your work to CCDS, you should choose "Collection: Sequences and Their Applications 2024" as indicated in the following image:

Sequences in District Structure

• Sequences over finite fields/rings
• Shift register sequences
• Boolean functions and their cryptographic criteria
• Zero/Low-correlation sequences
• Low PAPR sequences
• Complementary sequences
• Combinatorial aspects of sequences
• Number-theoretic aspects of sequences
• Multidimensional sequences and arrays, Costas array

Sequences for Cryptography and Coding

• Stream ciphers
• Complexity measures of sequences
• Randomness properties of sequences
• Design and decoding of error-correction codes
• Quantum coding theory

Sequences and Waveforms Design for Communication and Radar

• Frequency Hopping Sequences
• Spectrum Spreading Sequences
• Non-orthogonal Multiple Access, e.g., code-domain NOMA
• Cognitive radio/radar
• Channel estimation
• Synchronization
• Signal Detection Theory
• Signal Processing
• MIMO communication/ radar

Next-generation Sequences Design

• Deep learning-aided design of waveforms, codebooks, and channel codes
• Adaptive learning for channel estimation and signal detection
• Integrated sensing and communication
• Massive machine-type communication