UDC 004.3
APPROACH TO THE METHODS DEVELOPMENT OF COMPLEMENTARY INFORMATION PROCESSING
V. Ya. Tsvetkov, Dr. Sc. (Tech.), Center for strategic analysis and development, the deputy head. Research and Design Institute of design information, automation and communication on railway transport, Moscow, Russia; This email address is being protected from spambots. You need JavaScript enabled to view it.
A. N. Shchennikov, Director of the Institute of Information Technologies and Computer-Aided Design. Russian Technological University (RTU MIREA), Moscow, Russia; This email address is being protected from spambots. You need JavaScript enabled to view it.
The aim of the work is to study the possibility of applying the principles and methods of quantum computing technology in the complementary processing of information. Paper describes the formulation of the problem of quantum computing. Paper analyzes the concept of a quantum state. The relationship of the principles of complementary processing with quantum computing is investigated. Complementarity is investigated in the field of computational processing as one of the optimization methods. The article analyzes the concept of a complementary system. The article proves that there are two complementary systems in the field of optimization. The first system is the initial system of equations with the conditions of complementarity. The second system is the solution of equations and the complementary system itself. If we consider the conditions and solutions as one system, then the complementary system is one. If we consider the solution and condition as different systems, then there are two complementary systems. That solution has the properties of complementarity. The article shows that the organization of a qubit fully complies with the complementarity conditions in complementary systems.
Key words: computations, quantum computations, complementary computations, complementarity, complementary relationships, complementary systems.