Nonexistence of Generalized Bent Functions From $Z_{2}^{n}$ to $Z_{m}$
Haiying Liu, Keqin Feng, Rongquan Feng

TL;DR
This paper investigates the nonexistence of generalized bent functions from binary vector spaces to cyclic groups, utilizing cyclotomic number fields and their subfields to establish key nonexistence results.
Contribution
It provides new nonexistence proofs for generalized bent functions using algebraic number theory techniques, extending previous results in the field.
Findings
Nonexistence of certain generalized bent functions from Z_2^n to Z_m.
Application of cyclotomic number fields to prove nonexistence.
Extension of nonexistence results to broader classes of functions.
Abstract
Several nonexistence results on generalized bent functions presented by using some knowledge on cyclotomic number fields and their imaginary quadratic subfields.
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Taxonomy
TopicsCoding theory and cryptography · Cryptographic Implementations and Security · graph theory and CDMA systems
