一种物理实验模型的配置分发方法与系统

By acquiring the configuration parameters of the terminal device, the standard physical experiment model can be customized, which solves the problem of inconsistent running progress and speed caused by differences in terminal device architecture and resources, and ensures data security and user experience.

CN117640619BActive Publication Date: 2026-07-17HUBEI UNIV OF ECONOMICS

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HUBEI UNIV OF ECONOMICS
Filing Date
2023-03-07
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In physics experiment teaching, due to differences in terminal device architecture and available resources, uniformly distributing physics experiment models leads to significant differences in running progress and speed, affecting user experience and posing a risk of data security leakage.

Method used

By obtaining the device configuration parameters of the terminals to be distributed, the standard physical experiment model is personalized based on these parameters, unnecessary image layers and subroutines are removed, and the model received by each terminal device is matched with its resources, thus realizing personalized model distribution.

Benefits of technology

This enabled all terminal devices to provide test results at roughly the same pace and speed, ensuring data security, improving user experience, and reducing the risk of data security breaches.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明提出一种物理实验模型的配置分发方法与系统,属于实验配置技术领域。方法包括:获取多个待分发终端的设备配置参数;基于设备配置参数,对标准物理实验模型进行参数配置,得到多个目标物理实验模型;将多个目标物理实验模型分发给所述多个待分发终端;多个目标物理实验模型的模型参数配置各不相同,并且每个目标物理实验模型与至少一个待分发终端对应。标准物理实验模型为物理实验数据处理程序标准镜像包,物理实验数据处理程序标准镜像包包括多个可配置的镜像层;每个镜像层包括至少一个物理实验数据处理子程序。本发明克服了现有技术统一分发实验模型可能导致的终端程序不匹配和数据安全问题,并且可以适应性更新。
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