A navigational virtual microscope based on an intent understanding model

Abstract

The invention provides a navigational virtual microscope based on an intention understanding model, which includes a multi-modal input and perception module, a multi-modal information integration module and an interactive application module; the multi-modal input and perception module is used to obtain the user's information through a microphone. Voice information, and obtain the user's operation behavior; the multimodal information integration module is used to process the voice information through the visual channel information and the operation behavior through the tactile channel information, and then process the processed voice information and operation behavior through the multi-channel information. Integration, completes the interaction between the microscope and the user. The invention acquires and integrates multi-modal information, utilizes simple sensing elements, adds multi-modal signal input and intelligent sensing technology, and on the basis of ensuring the advantages of digital microscopes, allows the majority of ordinary and poor middle school students to also Ability to learn microscopes, increase cognitive experience of the microscopic world, and experience intelligent microscopes.

Description

technical field [0001] The invention belongs to the technical field of intelligent microscope design, in particular to a navigational virtual microscope based on an intention understanding model. Background technique [0002] The use of microscopes is an important part of middle school biological science learning, and it is also the content that students often make mistakes during the examination process. During the learning process, mastering the rules of using microscopes is of great benefit to learning theoretical knowledge and exploring the micro world . However, the microscopes often used in middle schools and introduced in textbooks are very traditional monocular microscopes. During the process of using the microscope, students often spend a lot of time adjusting the focal length and appropriate brightness, and the imaging effect is not good. After class, students' emotions often turn from initial excitement to exhaustion. In the traditional teaching experiment class...

AI Technical Summary

Problems solved by technology

However, the cost of digital microscopes is still relatively expensive. The price of the most common microscope is about 2,000 yuan. For ordinary or poor middle schools, it is difficult to purchase a large number of microscope equipment.

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