Microscope online instructional interaction method and system based on cloud technology

Abstract

The invention relates to a microscope online instructional interaction method and system based on the cloud technology. According to the method, a gigabit network formed by connection of a cloud computing server, a teacher side computer and a student side thin client is made to form a microscope online instructional interaction system based on the cloud technology. The system comprises a virtual teacher unit, a virtual student unit and a cloud computing server unit, wherein the cloud computing server unit comprises a customization module, a virus reservoir synchronization module, a virtual terminal virus-free module, a flow control module, a system restoration module, a personalized disc module, a patch management module, a software mass texting module, a peripheral access control module, an Internet-surfing monitoring module, a behavior monitoring module and a cloud computing server interface API module. The interaction method is reasonable in concept and easy and convenient to implement. The interaction system is simple and reasonable in structure, and the teaching management performance, stability and reliability of the microscope online instructional interaction system are improved by the additional arrangement of the cloud computing server unit.

Description

technical field [0001] The invention relates to the technical field of network teaching, in particular to a cloud-based interactive method and system for microscope network teaching. Background technique [0002] Microscope network teaching interactive system is a good teaching method for microscope biomedical teaching in schools. It can realize high-speed and high-resolution real-time image sharing as well as text and voice communication between teachers and students. Teachers can observe and communicate at any time. Control the microscope images and computer screen images of all students, and can carry out various digital teachings. The real-time sharing and interaction of images, voice and text between teachers and students has greatly promoted the multimedia teaching of digital microscopes in the school's medical laboratory. However, this conventional microscope network teaching interactive system also has certain limitations, such as time-consuming and laborious system ...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above-mentioned problems existing in the existing microscope network teaching interaction system, the present invention provides a microscope network teaching interaction system based on adding a cloud computing server, which can solve the problem of high cost and high energy consumption that cannot be achieved by conventional terminal technology. Cloud technology-based microscope network teaching interaction method and system for many problems such as difficult management, complexity, low security, and high maintenance cost

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