A quantum computer software architecture system

Abstract

The invention discloses a quantum computer software architecture system, comprising: a quantum program module is used for constructing and storing a quantum program; the quantum program module provides a quantum program interface to obtain a first node and a last node of the quantum program; a node is inserted into the quantum program; a quantum program is inserted into the quantum program; and aquantum program is inserted into the quantum program. The quantum driving module is used to read and optimize the quantum program, load the quantum program, control the quantum computer to run the quantum program and obtain the running result. The quantum driving module comprises a quantum machine interface for controlling a quantum computer; The quantum program interface acquires the quantum program information. The qubit pool is used for obtaining the total number of sub-bits, the number of spare qubits and the number of occupied qubits; Applying a qubit and releasing the qubit; Qubit is used to obtain the qubit cell topology of quantum computer; The quantum optimizer is used to optimize the quantum program. The embodiment of the invention can be applied to quantum computers with different hardware structures.

Description

technical field [0001] The present invention relates to a software architecture system, more specifically to a quantum computer software architecture system. Background technique [0002] Quantum computers are developing rapidly. When the number of qubits it contains is greater than 50, its computing power will exceed that of all classical computers. However, a quantum computer is a device that uses quantum logic to perform general-purpose computation. Unlike electronic computers (or traditional computers), quantum computing uses qubits as objects for storing data, and it uses quantum algorithms to perform data operations. Generally speaking, the input state and output state of a quantum computer are general superposition states, which are usually not orthogonal to each other; the transformations in a quantum computer are all possible transformations. After the output state is obtained, the quantum computer performs certain measurements on the output state and gives the ca...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a quantum computer software architecture system to solve the technical problem that the quantum computer software architecture system in the prior art cannot be transplanted to other quantum computers

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