Self-testing of multiprocessor systems with regular diagnostic connections. - Vitaliy A. Romankevich (Autom. Remote. Control., 2017)

Diagnosis of multiprocessor systems under failure of more than half processors. - A. M. Romankevich; Vitaliy A. Romankevich (Autom. Remote. Control., 2017)

A method of hidden faults opposition for FPGA-based components of safety-related systems. - Oleksandr Drozd; Vitaliy A. Romankevich; Alexei Romankevich; Mykola Kuznietsov; Miroslav Drozd (CMIS, 2020)

Using Natural Version Redundancy of FPGA Projects in Area of Critical Applications. - Oleksandr Drozd; Vitaliy A. Romankevich; Mykola Kuznietsov; Myroslav Drozd; Oleksandr Martynyuk (DESSERT, 2020)

Checkability Important for Fail-Safety of FPGA-based Components in Critical Systems. - Oleksandr Drozd; Olena Ivanova; Kostiantyn Zashcholkin; Vitaliy A. Romankevich; Julia V. Drozd (IntelITSIS, 2021)

A Formal Method for Determining the State of Processors in a Multiprocessor System under Testing. - A. M. Romankevich; K. V. Morozov; Vitaliy A. Romankevich (Autom. Remote. Control., 2021)

On determining the state of processors of a multiprocessor system during its testing (keynote). - Alexei Romankevich; Kostiantyn Morozov; Vitaliy A. Romankevich (IntelITSIS, 2022)