Quantum models for description of digital systems

Qubit Data Structures for Analyzing Computing Systems

“…The graph in Fig. 3b like Sharshunov's register transfer model [2], which is reversed first structure. Here, blue horizontal arcs are identified with functionalities, and nodes -with the groups of input lines for functionalities, combined in register variables by green vertical arcs.…”

“…which can be transformed by unitary encoding input vectors based on the use of twostroke alphabet [2,5]. It was originally designed for a compact description of all possible transitions of automaton variables, as illustrated in Fig.…”

“…The variables used in forming an address for a Q-vector of the functionality can be combined into a single node, with showing all the identificators of lines, which form vector-address. The register graph of the combinational circuit is ranked by levels of formation of input signals, enabling conditions for concurrent handling of the elements of the same level and performability of Seidel iterations [2], which improve the performance of algorithms for fault-free simulating digital systems. The structure, represented in Fig 3b, is interesting by its register implementation that can be used to formalize the descriptions of both software and hardware models of gate, registry and system levels.…”

“…We do not consider the physical basis of quantum computing, originally described in the works of scientists, focused on the use of non-deterministic quantum interactions within the atom. We do not address the physical foundations of quantum mechanics, concerning non-deterministic interactions of atomic particles [1][2][3][4], but we use the concept of qubit as a binary or multivalued vector for a concurrent definition of the power set (the set of all subsets) of the states for the discrete cyberspace area based on linear superposition of unitary codes, focused on parallel executing methods for analyzing and synthesizing cyberspace components.…”

“…In the market of electronic technologies there is competition between basics of idea implementation [2]: 1) Soft implementation of the project related to the synthesis of interpretative model of the device or hardware implementation of programmable logic devices based on FPGA, CPLD. There are advantages in manufacturability design modifications, the disadvantages -low performance in the operation of a digital system.…”