IEICE Technical Report

Online edition: ISSN 2432-6380

Volume 124, Number 48

Information Theory

Workshop Date : 2024-05-30 - 2024-05-31 / Issue Date : 2024-05-23

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Table of contents

IT2024-1
A Study of Proximal Decoding enhanced by Deep Unfolding
Asahi Ito, Lantian Wei, Tadashi Wadayama (NIT)
pp. 1 - 6

IT2024-2
A Study of Optical MIMO Signal Detection Circuit based on Projected Gradient Method Using Deep Unfolding
Tomoya Kuno, Tadashi Wadayama (NIT)
pp. 7 - 12

IT2024-3
Maximum redundancy of ternary AIFV codes is 1/2
Mayu Mori, Kengo Hashimoto, Ken-ichi Iwata (Univ. of Fukui), Hirosuke Yamamoto (The Univ. of Tokyo)
pp. 13 - 17

IT2024-4
[Invited Talk] Recent Progress in Card-Based Cryptography
Kazumasa Shinagawa (Ibaraki Univ.)
p. 18

IT2024-5
Asymmetric encoding-decoding schemes for first-order Markov sources
Hirosuke Yamamoto (U. of Tokyo), Ken-ichi Iwata (U.of Fukui)
pp. 19 - 24

IT2024-6
Markov chain-based Dynamic Active Period Contrl Scheme for Tree-topology Wireless Sensor Network
Raymond Wijaja, Nobuyoshi Komuro (Chiba Univ.)
pp. 25 - 30

IT2024-7
A Study on Partial Leakage of Latin Square as Secret
Tomoko Adachi, Shunpei Nishikawa, Kouyou Nakamura (SIST)
pp. 31 - 36

IT2024-8
A Reversible Image Processing Method Using Data Hiding for OpenEXR Images
Anna Yamaguchi, Shoko Imaizumi (Chiba Univ.)
pp. 37 - 42

IT2024-9
An Interactive Active Learning Material Based on the Data Hiding Techniques on Printed Matters
Run Kawada (teamLab), Tetsuya Kojima, Shinya Suzuki (NIT, Tokyo College)
pp. 43 - 48

IT2024-10
Encoding Scheme based on Charge Constraint for DNA Storage satisfying Maximum Transition Run and GC-Balanced Constraints
Shunsuke Kobayashi, Akiko Manada (NUT), Takahiro OTA (Senshu Univ)
pp. 49 - 54

IT2024-11
Proposal and Performance Evaluation of Constrained QR Codes with Finder Pattern as Forbidden Word
Kaito Abe, Akiko Manada (NUT)
pp. 55 - 60

IT2024-12
Decoding of concatenated high-rate quantum error-detecting codes
Hayato Goto (RQC)
pp. 61 - 64

IT2024-13
On the probability range and statistical sufficiency of quantum measurements
Michele Dall'Arno (TUT), Francesco Buscemi (Nagoya U.)
pp. 65 - 66

Note: Each article is a technical report without peer review, and its polished version will be published elsewhere.


The Institute of Electronics, Information and Communication Engineers (IEICE), Japan