Cloud physics laboratory learning platform

Abstract

The invention discloses a cloud physics laboratory learning platform. The cloud physics laboratory learning platform includes an intelligent terminal device end and a cloud server end; a cloud physics laboratory learning module is installed in the intelligent terminal device end; a plurality of experimental modules are arranged in the cloud physics laboratory learning module; each experimental module is independently set as a resource package which is stored on the cloud server end through using a wired or wireless communication mode in the intelligent terminal device end; and the cloud server end performs big data processing and storage on experimental data uploaded by the intelligent terminal device end so as to obtain a performance analysis report and feeds back the performance analysis report to the intelligent terminal device end. According to the cloud physics laboratory learning platform of the invention, an intelligent terminal such as a mobile phone and a computer is adopted as a carrier, and the cloud server is used in combination, and therefore, palmtop type physics experiment teaching, performance statistics intellectualization, popularization maximization and education effectiveness cost performance optimization can be realized, temporal and spatial constraints in traditional experiment teaching can be broken, and a new physics teaching mode can be created.

Description

technical field [0001] The invention belongs to the technical field of intelligent learning platforms, and in particular relates to a cloud physics laboratory learning platform. Background technique [0002] Physics is a natural science that studies the most basic structure of the material world, the most common interaction, the most general law of motion, and the experimental methods and thinking methods used; just like the theoretical links composed of strict derivation and calculation, experiments are also physical sciences. An important part of teaching can help learners understand the laws of abstract physics. However, for a long time, the development of physical experiments has been limited by many conditions such as equipment, venue, scale, and teachers. Most physical experiments cannot get a one-to-one resource ratio, and physical experiments are often conducted in groups. This is to a certain extent It affects students' understanding of knowledge points. On the oth...

AI Technical Summary

Problems solved by technology

However, for a long time, the development of physical experiments has been limited by many conditions such as equipment, venue, scale and teachers. Most physical experiments do not get a one-to-one resource ratio, and physical experiments are often conducted in groups. This is to a certain extent Affect students' understanding of knowledge points. On the other hand, teachers cannot analyze the differences in individual mastery from the results of group experiments, and cannot systematically and regularly analyze and understand students' learning situations.

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