Properties of code with summation for logical circuit test organization. - Anton A. Blyudov; Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2013)

On the problem of selection of code with summation for combinational circuit test organization. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Anton A. Blyudov (EWDTS, 2013)

Analysis of error-detection possibilities of CED circuits based on Hamming and Berger codes. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov; Anton A. Blyudov (EWDTS, 2013)

Summation codes for organization of control of combinational circuits. - Anton A. Blyudov; Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2013)

On the synthesis of unidirectional combinational circuits detecting all single faults. - Vladimir V. Sapozhnikov; Valery V. Sapozhnikov; Dmitry V. Efanov; Anton A. Blyudov (EWDTS, 2014)

Combinational circuits checking on the base of sum codes with one weighted data bit. - Vladimir V. Sapozhnikov; Valery V. Sapozhnikov; Dmitry V. Efanov; Dmitry Nikitin (EWDTS, 2014)

On codes with summation of data bits in concurrent error detection systems. - Anton A. Blyudov; Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2014)

Sum code formation with minimum total number of undetectable errors in data vectors. - Dmitry V. Efanov; Vladimir V. Sapozhnikov; Valery V. Sapozhnikov; Dmitry Nikitin (EWDTS, 2015)

New sum code for effective detection of double errors in data bits. - Valery V. Sapozhnikov; Dmitry V. Efanov; Vladimir V. Sapozhnikov; Vyacheslav V. Dmitriev (EWDTS, 2015)

Modular sum codes in building testable discrete systems. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (EWDTS, 2015)

Applications of modular summation codes to concurrent error detection systems for combinational boolean circuits. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2015)

Methods of organization of totally self-checking concurrent error detection system on the basis of constant-weight «1-out-of-3»-code. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2016)

On one method of formation of optimum sum code for technical diagnostics systems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2016)

Generic two-modulus sum codes for technical diagnostics of discrete systems problems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2016)

Weighted sum code without carries - Is an optimum code with detection of any double errors in data vectors. - Valery V. Sapozhnikov; Dmitry V. Efanov; Vladimir V. Sapozhnikov; Vyacheslav V. Dmitriev (EWDTS, 2016)

Concurrent error detection of combinational circuits by the method of boolean complement on the base of «2-out-of-4» code. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (EWDTS, 2016)

The synthesis of self-checking combinational devices based on properties of codes with summation of weighted transitions and selection of testable outputs groups. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2017)

Generalized algorithm of building summation codes for the tasks of technical diagnostics of discrete systems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2017)

The analysis of two-modulus codes detection ability with summation of unit data bits compared to classical and modified berger codes. - Dmitry V. Efanov; Vladimir V. Sapozhnikov; Valery V. Sapozhnikov; Vladislava Schagina (EWDTS, 2017)

Search algorithm for fully tested elements in combinational circuits, controlled on the basis of berger codes. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (EWDTS, 2017)

Combinational circuit check by boolean complement method based on "1-out-of-5" code. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov; Anton A. Blyudov; Dmitry V. Pivovarov (EWDTS, 2017)

Method of combinational circuits testing by dividing its outputs into groups and using codes, that effectively detect double errors. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov; Vyacheslav V. Dmitriev (EWDTS, 2017)

Conditions for detecting a logical element fault in a combination device under concurrent checking based on Berger's code. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2017)

New structures of the concurrent error detection systems for logic circuits. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov; Vyacheslav V. Dmitriev (Autom. Remote. Control., 2017)

Experimental Studies of Polynomial Codes in Concurrent Error Detection Systems of Combinational Logical Circuits. - Dmitry V. Efanov; Dmitry Plotnikov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Ruslan B. Abdullaev (EWDTS, 2018)

The Use of Codes with Fixed Multiplicites of Detected Unidirectional and Asymmetrical Errors in the Process of Organizing Combinational Circuit Testing. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2018)

The Evaluation of Error Detection Probability at the Outputs of Combinational Circuits Under Concurrent Error Detection on the Basis of Summation Codes. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry Plotnikov (EWDTS, 2018)

Self-Checking Concurrent Error Detection System Design Based on Boolean Complement Method to "1 out of 3" Code with Hardware Cost Optimization. - Valery V. Sapozhnikov; Dmitry V. Efanov; Vladimir V. Sapozhnikov; Dmitry V. Pivovarov (EWDTS, 2018)

Sum Codes with Efficient Detection of Twofold Errors for Organization of Concurrent Error-Detection Systems of Logical Devices. - Vyacheslav V. Dmitriev; Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2018)

Synthesis of Self-Checking Combination Devices Based on Allocating Special Groups of Outputs. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2018)

Two-Modulus Codes with Summation of On-Data Bits for Technical Diagnostics of Discrete Systems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Control. Comput. Sci., 2018)

Polynomial Code with Detecting the Symmetric and Asymmetric Errors in the Data Vectors. - Ruslan B. Abdullaev; Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (EWDTS, 2019)

Self-Dual Complement Method up to Constant-Weight Codes for Arrangement of Combinational Logical Circuits Concurrent Error-Detection Systems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; German Osadchy; Dmitrii V. Pivovarov (EWDTS, 2019)

Terms of Arrangement Reckoning Self-Checking Embedded Check Circuits based on Boolean Complement Up to Constant-Weight Code '1-out-of-3'. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; German Osadchy; Dmitrii V. Pivovarov (EWDTS, 2019)

Sum Codes of Weighted Data Bits for Objectives of Automation Logical Devices Technical Diagnostics. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; German Osadchy; Teng Teng (EWDTS, 2019)

Sum Codes with Fixed Values of Multiplicities for Detectable Unidirectional and Asymmetrical Errors for Technical Diagnostics of Discrete Systems. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2019)

Using Codes with Summation of Weighted Bits to Organize Checking of Combinational Logical Devices. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Control. Comput. Sci., 2019)

Synthesis of Built-in Self-Test Control Circuits Based on the Method of Boolean Complement to Constant-Weight 1-out-of-n Codes. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitrii V. Pivovarov (Autom. Control. Comput. Sci., 2019)

Typical Signal Correction Structures Based on Duplication with the Integrated Control Circuit. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (EWDTS, 2020)

Organization of a Fully Self-Checking Structure of a Combinational Device Based on Searching for Groups of Symmetrically Independent Outputs. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Control. Comput. Sci., 2020)

The Synthesis Conditions of Completely Self-Testing Embedded-Control Circuits Based on the Boolean Complement Method to the "1-out-of-m" Constant-Weight Code. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitrii V. Pivovarov (Autom. Control. Comput. Sci., 2020)

The Structures of the Fault-Tolerant Automation and Computing Devices Based on the Boolean Complement. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (EWDTS, 2021)

Boolean-Complement Based Fault-Tolerant Electronic Device Architectures. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Remote. Control., 2021)

Organization of Testing of Combinational Devices Based on Boolean Complement to Constant-Weight "1-out-of-4" Code with Signal Compression. - Dmitry V. Efanov; Valery V. Sapozhnikov; Vladimir V. Sapozhnikov (Autom. Control. Comput. Sci., 2021)

Duplication of Boolean Complements for Synthesis of Fault-Tolerant Digital Devices and Systems. - Valery V. Sapozhnikov; Vladimir V. Sapozhnikov; Dmitry V. Efanov (Autom. Control. Comput. Sci., 2022)