Annihilators and Algebraic Immunity of Symmetric Boolean Functions

Annihilators and Algebraic Immunity of Symmetric Boolean Functions
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对称布尔函数的零化子和代数免疫性

DOI:
10.1587/transfun.e94.a.1434
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发表时间:
2011-06
期刊:
IEICE TRANSACTIONS ON FUNDAMENTALS OF ELECTRONICS COMMUNICATIONS AND COMPUTER SCIENCES
影响因子:
--
通讯作者:
Kan, Haibin
Kan, Haibin
中科院分区:
其他
文献类型:
--
作者:
Peng, Jie;Kan, Haibin

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本文研究了对称布尔函数的代数免疫性。代数免疫性是衡量对称密码抵抗代数攻击的能力的一种性质。众所周知,对称布尔函数的代数免疫性完全由一类窄的低次零化子决定,记为$G(n,\\lceil\\frac{n}{2}\\ ceil)$。我们研究并确定了部分函数的权支集。在此基础上,得到了对称布尔函数的代数免疫度与其简化值向量之间的关系。在应用方面,给出了代数免疫度至少为d的对称布尔函数个数的上界,证明了对称回文函数的代数免疫度不高。
In this paper, we deal with the algebraic immunity of the symmetric Boolean functions. The algebraic immunity is a property which measures the resistance against the algebraic attacks on symmetric ciphers. It is well known that the algebraic immunity of the symmetric Boolean functions is completely determined by a narrow class of annihilators with low degree which is denoted by $G(n,\\lceil\\frac{n}{2}\\ ceil)$. We study and determine the weight support of part of these functions. Basing on this, we obtain some relations between the algebraic immunity of a symmetric Boolean function and its simplified value vector. For applications, we put forward an upper bound on the number of the symmetric Boolean functions with algebraic immunity at least d and prove that the algebraic immunity of the symmetric palindromic functions is not high.
构造具有最大代数免疫性的对称布尔函数
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