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A cloud platform and platform operation method for docking a quantum computer with a user

A quantum computer and operating method technology, applied in the field of quantum computing, can solve problems such as difficult popularization, incompatibility, and harsh operating environment of quantum computers, and achieve the effect of increasing computing efficiency

Active Publication Date: 2019-01-15
HEFEI ORIGIN QUANTUM COMP TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, due to the extremely harsh operating environment of quantum computers, it is difficult to achieve popularization compared with current computers. How to use it for ordinary users who need to use quantum computers is a problem that needs to be solved.
[0004] The existing cloud computing platforms are all based on traditional computer platforms. Because traditional computer cloud platforms are different from quantum computers in terms of calculation and interface, they cannot be used directly and are not compatible. The existing technology does not have a cloud platform for quantum computers.

Method used

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  • A cloud platform and platform operation method for docking a quantum computer with a user
  • A cloud platform and platform operation method for docking a quantum computer with a user
  • A cloud platform and platform operation method for docking a quantum computer with a user

Examples

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Embodiment 1

[0049] This solution proposes a cloud platform for connecting quantum computers and users, including sequentially connected user information and task interface modules, quantum cloud platform user information managers, quantum cloud platform computing resource storage, task schedulers, and quantum computers . Such as figure 1 The overall structure diagram of the quantum cloud platform system shown, each module operates independently, and the communication between each module is in the form agreed within the system. For example, the user information and task interface module and the quantum cloud platform user information manager can use the HTTPS protocol for communication;

[0050] The user information and task interface module is connected to the user equipment, the user equipment is used to submit user information and calculation tasks, the user information and task interface module is used to receive the user information and calculation tasks submitted by the user equipme...

Embodiment 2

[0058] Such as figure 2 As shown in , it shows a running method of the cloud platform for docking quantum computers and users, and the steps are as follows:

[0059] Step 1, the user logs in, and the user requests identity authentication from the cloud platform through a browser, where the browser is the user information and task interface module, and the cloud platform queries relevant data through the quantum cloud platform user information manager to authenticate the data sent Whether the user has login authority, if not prompted to register as a new user.

[0060] The identity authentication described in step 1 refers to the desensitization of sensitive information such as the user’s unique identity logo, user name, and password before submitting the data to ensure the security of the user’s transmitted information. The authentication background is based on the agreed encryption and decryption algorithm. For decryption, the corresponding desensitization and decryption me...

Embodiment 3

[0066] Such as image 3 As shown, in order to facilitate developers to use ordinary computers for code input without quantum computers, and after the development of quantum programs is completed, they can be reused to quantum computers without modification. The user information and task interface module includes an external interface module, and the external interface module is connected to the quantum computer.

[0067]The external interface module includes: loading interface, connected with the external traditional computer system, loading the quantum program input by the traditional ordinary computer corresponding to the input of the external computer user equipment; the interface system analysis module, analyzing the quantum program as a quantum instruction linked list, and analyzing the quantum program; The program consists of a quantum instruction set, which corresponds to various quantum logic gates. The interface system analysis module will analyze the quantum program...

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Abstract

The invention discloses a cloud platform and a platform running method for docking a quantum computer and a user, belonging to the field of quantum computing. As the cloud computing platforms of the prior art are all platforms based on traditional computers, and because the traditional computer cloud platforms are different from quantum computers in terms of computing and interfaces, are not directly used and are incompatible, the prior art does not have a cloud platform aimed at quantum computers. The invention provides a cloud platform and a platform operation method for docking a quantum computer and a user, quantum cloud computing platform is a cloud service based on quantum computer,the user sends the quantum program to the quantum computer connected with the quantum cloud platform through the quantum cloud platform, and the quantum computer recognizes the language and returns the calculation result after executing the calculation, thus completing the quantum computation of the ordinary user and greatly increasing the computational efficiency.

Description

technical field [0001] The invention provides a cloud platform and a platform operation method for connecting quantum computers and users, belonging to the field of quantum computing. Background technique [0002] A computer made with qubits as the basic unit is called a quantum computer. Classical bits are used to represent 1 and 0 respectively with high and low levels, thereby encoding information. And what do qubits use to encode 0 and 1? We mentioned before that in the quantum world, energy appears one by one, and this phenomenon is called quantization. We choose a particle in a special state, and its energy has only two states, a low energy level (ground state) and a high energy level (excited state). To use an analogy, particles are people, and different energy levels are steps. Standing below the step means you are in the ground state, and standing above the step means you are in the excited state. We encode low energy levels as 0s and high energy levels as 1s, w...

Claims

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Application Information

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IPC IPC(8): G06F9/50G06F9/48
CPCG06F9/4881G06F9/5016
Inventor 张嵩昊
Owner HEFEI ORIGIN QUANTUM COMP TECH CO LTD
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