Effective software-oriented cryptosystem in complex PC security software. - Alexander A. Moldovyan; Nikolay A. Moldovyan; Peter Moldovyan (Comput. Sci. J. Moldova, 1994)

Fast software encryption system based on local pseudorandomness. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 1995)

Provably indeterminate 128-bit cipher. - Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 1997)

Software encryption: new 64-bit block cryptoscheme. - Alexander A. Moldovyan; Nick A. Moldovyan; Izbas Vladimir (Comput. Sci. J. Moldova, 1997)

Software Encryption Algorithms for Transparent Protection Technology. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Cryptologia, 1998)

Flexible Block Cipher with Provably Inequivalent Cryptalgorithm Modifications. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Cryptologia, 1998)

Fast Encryption Algorithm Spectr-H64. - Nick D. Goots; Alexander A. Moldovyan; Nick A. Moldovyan (MMM-ACNS, 2001)

Controlled Operations as a Cryptographic Primitive. - Boris V. Izotov; Alexander A. Moldovyan; Nick A. Moldovyan (MMM-ACNS, 2001)

Fault-based analysis of flexible ciphers. - V. I. Korjik; A. Mukherjii; Michael A. Eremeev; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2002)

A Cipher Based on Data-Dependent Permutations. - Alexander A. Moldovyan; Nick A. Moldovyan (J. Cryptol., 2002)

Fast Ciphers for Cheap Hardware: Differential Analysis of SPECTR-H64. - Nick D. Goots; Boris V. Izotov; Alexander A. Moldovyan; Nick A. Moldovyan (MMM-ACNS, 2003)

Fast DDP-Based Ciphers: Design and Differential Analysis of Cobra-H64. - Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2003)

Fast software-oriented hash function based on data-dependent lookup operations. - Nikolay A. Moldovyan; Douglas H. Summerville (Comput. Sci. J. Moldova, 2003)

New class of the FPGA efficient cryptographic primitives. - Nick A. Moldovyan; Michael A. Eremeev; Nicolas Sklavos 001; Odysseas G. Koufopavlou (ISCAS (2), 2004)

Computer Network Security: Report from MMM-ACNS. - Nicolas Sklavos 001; Nick A. Moldovyan; Vladimir Gorodetsky; Odysseas G. Koufopavlou (IEEE Secur. Priv., 2004)

Wireless Networks World and Security Algorithms. - Nicolas Sklavos 001; Nikolay A. Moldovyan; Odysseas G. Koufopavlou (Handbook on Theoretical and Algorithmic Aspects of Sensor, Ad Hoc Wireless, and Peer-to-Peer Networks, 2005)

Variable Bit Permutations: Linear Characteristics and Pure VBP-Based Cipher. - Nikolay A. Moldovyan; Alexander A. Moldovyan; Nick D. Goots (Comput. Sci. J. Moldova, 2005)

Pure DDP-Based Cipher: Architecture Analysis, Hardware Implementation Cost and Performance up to 6.5 Gbps. - Nick A. Moldovyan; Nicolas Sklavos 001; Odysseas G. Koufopavlou (Int. Arab J. Inf. Technol., 2005)

High Speed Networking Security: Design and Implementation of Two New DDP-Based Ciphers. - Nicolas Sklavos 001; Nick A. Moldovyan; Odysseas G. Koufopavlou (Mob. Networks Appl., 2005)

An Approach to Shorten Digital Signature Length. - Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2006)

A Class of Data-Dependent Operations. - Nikolay A. Moldovyan; Alexander A. Moldovyan; Michael A. Eremeev (Int. J. Netw. Secur., 2006)

New Class of Cryptographic Primitives and Cipher Design for Networks Security. - Nikolay A. Moldovyan; Alexander A. Moldovyan; Michael A. Eremeev; Nicolas Sklavos 001 (Int. J. Netw. Secur., 2006)

Controlled elements for designing ciphers suitable to efficient VLSI implementation. - Alexander A. Moldovyan; Nick A. Moldovyan; Nicolas Sklavos 001 (Telecommun. Syst., 2006)

New Public Key Cryptosystems Based on Difficulty of Factorization and Discrete Logarithm Problems. - Nick A. Moldovyan (IF&GIS, 2007)

Architecture Types of the Bit Permutation Instruction for General Purpose Processors. - Alexander A. Moldovyan; Nick A. Moldovyan; Peter A. Moldovyanu (IF&GIS, 2007)

On Software Implementation of Fast DDP-based Ciphers. - Nikolay A. Moldovyan; Peter A. Moldovyanu; Douglas H. Summerville (Int. J. Netw. Secur., 2007)

Digital Signature Scheme Based on a New Hard Problem. - Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2008)

On Cipher Design Based on Switchable Controlled Operations. - Nikolay A. Moldovyan (Int. J. Netw. Secur., 2008)

Vector Finite Groups as Primitives for Fast Digital Signature Algorithms. - Nick A. Moldovyan; Andrey Moldovyan (IF&GIS, 2009)

Multisignature Protocols and Problem of Simultaneous Signing a Package of Contracts. - Peter A. Moldovyanu; E. Dernova; A. Kostina; Nick A. Moldovyan (IF&GIS, 2009)

Short Signatures from Difficulty of Factorization Problem. - Nikolay A. Moldovyan (Int. J. Netw. Secur., 2009)

Acceleration of the Elliptic Cryptography with Vector Finite Fields. - Nikolay A. Moldovyan (Int. J. Netw. Secur., 2009)

A New Hard Problem over Non-commutative Finite Groups for Cryptographic Protocols. - Dmitriy N. Moldovyan; Nikolay A. Moldovyan (MMM-ACNS, 2010)

Blind Collective Signature Protocol Based on Discrete Logarithm Problem. - Nikolay A. Moldovyan; Alexander A. Moldovyan (Int. J. Netw. Secur., 2010)

Blind Collective Signature Protocol. - Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2011)

Blind Signature Protocols from Digital Signature Standards. - Nikolay A. Moldovyan (Int. J. Netw. Secur., 2011)

Blind 384-bit Digital Signature Scheme. - Alexander A. Moldovyan; Nikolay A. Moldovyan; Evgenia Novikova (MMM-ACNS, 2012)

Digital Signature Schemes from Two Hard Problems. - Binh V. Do; Minh Hieu Nguyen 001; Nikolay A. Moldovyan (MUE, 2013)

Cryptoschemes Based on Difficulty of Simultaneous Solving Two Different Difficult Problems. - Andrey N. Berezin; Nikolay A. Moldovyan; Victor A. Shcherbacov (Comput. Sci. J. Moldova, 2013)

Provably sender-deniable encryption scheme. - Nikolay A. Moldovyan; Alexander A. Moldovyan; Victor Scerbacov (Comput. Sci. J. Moldova, 2015)

Bi-deniable public-encryption protocols based on standard PKI. - Nikolay A. Moldovyan; Andrey N. Berezin; Anatoly Kornienko; Alexander A. Moldovyan (FRUCT, 2016)

Stream Deniable-Encryption Algorithms. - Nikolay A. Moldovyan; Alexander A. Moldovyan; Dmitriy N. Moldovyan; Victor A. Shcherbacov (Comput. Sci. J. Moldova, 2016)

Some applications of quasigroups in cryptology. - Nikolay A. Moldovyan; A. V. Shcherbacov; Victor A. Shcherbacov (Comput. Sci. J. Moldova, 2016)

On Using Mersenne Primes in Designing Cryptoschemes. - Nikolay Andreevich Moldovyan; Alexander Andreevich Moldovyan; Andrey Nikolaevich Berezin (Int. J. Netw. Secur., 2016)

Deniable encryption protocols based on probabilistic public-key encryption. - Nikolay A. Moldovyan; Andrey Nikolaevich Berezin; Anatoly Kornienko; Alexander A. Moldovyan (FRUCT, 2017)

Symmetric encryption for error correction. - Nikolai A. Moldovyan; Alla Levina; Sergey V. Taranov (FRUCT, 2017)

Method for Pseudo-probabilistic Block Encryption. - Nikolay Andreevich Moldovyan; Alexander Andreevich Moldovyan; Duc Tam Nguyen; Hai Nguyen Nam; Minh Nguyen Hieu 001 (INISCOM, 2017)

Non-commutative finite associative algebras of 2-dimension vectors. - Alexander A. Moldovyan; Nikolay A. Moldovyan; Victor Scerbacov (Comput. Sci. J. Moldova, 2017)

New blind signature protocols based on a new hard problem. - Minh Nguyen Hieu 001; Hai Nam; Nikolay A. Moldovyan; Giang Tien (Int. Arab J. Inf. Technol., 2017)

Stream Pseudo-probabilistic Ciphers. - Nikolay Andreevich Moldovyan; Dmitriy Nikolaevich Moldovyan; Quang Minh Le; Long Giang Nguyen; Sy Tan Ho; Hieu Minh Nguyen 001 (ICCASA/ICTCC, 2018)

Post-quantum Cryptoschemes: New Finite Non-commutative Algebras for Defining Hidden Logarithm Problem. - Hieu Minh Nguyen 001; Nikolay Andreevich Moldovyan; Alexander Andreevich Moldovyan; Nam Hai Nguyen; Cong Manh Tran; Ngoc Han Phieu (ICCASA/ICTCC, 2018)

Post-quantum signature algorithms based on the hidden discrete logarithm problem. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2018)

Post-quantum commutative encryption algorithm. - Alexander A. Moldovyan; Dmitriy N. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2019)

Pseudo-probabilistic block ciphers and their randomization. - Nikolay Andreevich Moldovyan; Alexander Andreevich Moldovyan; Duc Tam Nguyen; Nam Hai Nguyen; Cong Manh Tran; Minh Nguyen Hieu 001 (J. Ambient Intell. Humaniz. Comput., 2019)

Hybrid deniable and short-key encryption protocols based on the authentication procedure. - Sy Tan Ho; Alexander Andreevich Moldovyan; Nikolay Andreevich Moldovyan; Canh Hoang Ngoc; Minh Nguyen Hieu 001; Lich Van Luu; Tien Van Nguyen; Manh Cong Tran (ACOMP, 2020)

Post-quantum Digital-Signature Algorithms on Finite 6-Dimensional Non-commutative Algebras. - Nikolay A. Moldovyan; Dmitriy N. Moldovyan; Alexander A. Moldovyan; Minh Hieu Nguyen 001; Le Hoang Tuan Trinh (FDSE, 2020)

Switchable Controlled Operations with Bent Functions. - Alla Levina; Nikolay A. Moldovyan; Gleb Ryaskin; Igor A. Zikratov (MECO, 2020)

Digital signature scheme with doubled verification equation. - Dmitriy N. Moldovyan; Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2020)

Digital signature scheme set in a hidden cyclic group. - Dmitriy N. Moldovyan; Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2020)

A New Method for Designing Post-Quantum Signature Schemes. - Minh Nguyen Hieu 001; Alexander Andreevich Moldovyan; Nikolay Andreevich Moldovyan; Canh Hoang Ngoc (J. Commun., 2020)

Post-quantum signature schemes for efficient hardware implementation. - Dmitriy N. Moldovyan; Alexander A. Moldovyan; Nikolay A. Moldovyan (Microprocess. Microsystems, 2021)

Split logarithm problem and a candidate for a post-quantum signature scheme. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2022)

Constructing New Representative Collective Signature Using the GOST R34.10-2012. - Tuan Nguyen Kim; Duy Ho Ngoc; Nikolay A. Moldovyan (J. Commun., 2022)

A novel version of the hidden logarithm problem for post-quantum signature algorithms. - Minh Hieu Nguyen 001; Canh Hoang Ngoc; Alexander A. Moldovyan; Nikolay A. Moldovyan; Huy Quang Vu; Danh Kim Le Tran (Theor. Comput. Sci., 2022)

Vector finite fields of characteristic two as algebraic support of multivariate cryptography. - Alexander A. Moldovyan; Nikolay A. Moldovyan (Comput. Sci. J. Moldova, 2024)