ICMS 2014 Session: Software, Algorithm, and Application of Coding Theory

ICMS 2014: Home, Sessions

Organizers

• Jon-Lark Kim (Sogang University, Korea)

Aim and Scope

This session is for facilitating the communication among the researchers and the developers and the users of Magma, Sage, Gap, Matlab, Maple in the computational aspects of Coding Theory. There will be at least one overview lecture that surveys the status of the application of mathematical software in the study of coding theory. We welcome coding problems focusing on algorithmic and computational issues as well as the implementation of software products.

Topics (including, but not limited to)

Software design for, or new algorithmic developments with implementations (stand-alone or as part of larger packages), applications and uses for:

• Codes over finite fields
• Codes over rings
• Efficient decoding
• Cyclic codes
• Self-dual codes
• Algebraic geometry codes
• Covering radius
• Designs in codes
• Data storage (e.g., CD)
• Satellite pictures
• Cellular phones
• Network coding theory
• Quantum coding theory

Publications

• A short abstract will appear on the permanent conference web page (see below) as soon as accepted.
• An extended abstract will appear on the permanent conference web page (see below) as soon as accepted.
  It will also appear on the proceedings that will be distributed during the meeting.
• A journal special issue consisting of full papers will be organized immediately after the meeting.

Submission Guidelines

• If you would like to give a talk at ICMS, you need to submit first a short abstract and then later an extended abstract. See the guideline for the details.
• Please send your submission by email to Jon-Lark Kim (jlkim@sogang.ac.kr) and use ICMS 2014 as subject.
• After the meeting, the submission guideline for a journal special issue will be communicated to you by the session organizers.

Talks/Abstracts (* denotes a speaker)

1. Suat Karadeniz and Refia Aksoy* (both from Fatih University, Turkey)

Title: Lifts of Self-Dual Codes

Abstract

2. Aysegul Bayram*, Elif Segah Oztas and Irfan Siap (all from Yildiz Technical University, Turkey)

Title: Codes over a non chain ring with some applications

Abstract

3. Sunghyu Han* (Korea University of Technology and Education, Korea)

Title: On the Weight Enumerators of the Projections of the 2-adic Golay Code of Length 24 to Z_{2^e}$

Abstract

4. Jon-Lark Kim* (Sogang University, Korea)

Title: Computer based reconstruction of binary extremal self-dual codes of length 32

Abstract

5. Kwankyu Lee* (Chosun University, Korea)

Title: Magma Implementation of Decoding Algorithms for General Algebraic Geometry Codes

Abstract

6. Zeynep Odemis Ozger*(Izmir Katip Celebi University, Turkey) and Bahattin Yildiz (Fatih University, Turkey)

Title: Formally Self-Dual Codes over a Ring of Characteristic 2 and Their Binary Images

Abstract

7. Elif Segah Oztas*, Irfan Siap (both from Yildiz Technical University, Turkey) and Bahattin Yildiz (Fatih University, Turkey)

Title: Reversible codes and applications to DNA

Abstract