Thesis (Selection of subject)Thesis (Selection of subject)(version: 385)
Thesis details
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Cyklicky-aditivně-diferenční množiny ze Singerových a GMW diferenčních množin.
Thesis title in Czech: Cyklicky-aditivně-diferenční množiny ze Singerových a GMW diferenčních množin.
Thesis title in English: Cyclic-additive-difference sets from Singer and GMW difference sets.
Key words: Cyklicky-aditivně-diferenční množiny|Diferenční kryptoanalýza|Singerovy diferenční množiny|APN funkce
English key words: Cyclic-additive-difference set|Differential cryptanalysis|Singer difference sets|APN functions
Academic year of topic announcement: 2021/2022
Thesis type: diploma thesis
Thesis language: angličtina
Department: Department of Algebra (32-KA)
Supervisor: doc. Faruk Göloglu, Dr. rer. nat.
Author: hidden - assigned and confirmed by the Study Dept.
Date of registration: 08.07.2021
Date of assignment: 08.07.2021
Confirmed by Study dept. on: 05.08.2021
Date and time of defence: 14.09.2021 09:00
Date of electronic submission:22.07.2021
Date of submission of printed version:22.07.2021
Date of proceeded defence: 14.09.2021
Opponents: prof. RNDr. Aleš Drápal, CSc., DSc.
 
 
 
Guidelines
Cyclic difference sets are interesting combinatorial objects. Recently, Carlet
introduced [1] the concept of cyclic-additive-difference sets (CADS) and asked
several construction problems related to Singer difference sets [2]. These
objects are related to differential cryptography. The object of this thesis is
to give a detailed study of CADS and exhibit several classes of them arising
from Singer and GMW cyclic difference sets. A satisfactory thesis should provide
a good detailed study of these objects and a good thesis will provide a few new
infinite families of CADS from a Singer difference set.
References
[1] Carlet, C.: Componentwise APNness, Walsh uniformity of APN functions, and
cyclic-additive difference sets. Finite. Fields Appl. 53, 226–253 (2018).

[2] Carlet, C.: On APN exponents, characterizations of differentially uniform
functions by the Walsh transform, and related cyclic-difference-set-like
structures. Des. Codes. Cryptogr. 87(2-3), 203–224 (2019).
 
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