The Methodology of Implementation and Simulation of Quantum Algorithms and Processes
Sergey M. Gushanskiy, Maxim Polenov, Victor Potapov · 2017
This paper describes a detailed analysis of the fundamental components involved in the quantum algorithms design in accordance with the narrowly defined software and hardware for the implementation of quantum algorithms and the stages of their design. A modular development and subsequent simulation of the process of super dense quantum coding and quantum teleportation was realized. In accordance with the use of vector and matrix algebra, within the framework of quantum algorithms, the “quantum” software is defined. This software consists of quantum intermediate representation of information, quantum language of physical operations and quantum assembler. The software environment for quantum algorithms design and further implementation according to the defined stages is proposed and considered.