Design of Spoken English Teaching Based on Artificial Intelligence Educational Robots and Wireless Network Technology

Author:

Binbin Liu ,Zhen Lu

Abstract

Introduction: The use of AI in education can give students a more engaging learning environment and boost their motivation, and it also represents a continuation of research into the problem of human individuality in the modern era.Objectives: This paper examines the challenge of human individuality in Artificial intelligence with the Capsule network (CapsNet) scheme from two vantage points: the practical need to address issues that have arisen with the latest wave of AI advancements and a philosophical examination of how AI has already been put to use in a variety of industries.Methodology: This article investigates the new Internet spoken English teaching method, describing its benefits and providing solutions to its drawbacks, and it describes in detail how wireless technology will be implemented into online spoken English teaching. The technology provides visual representations of each stage of the gesture recognition process to aid learning. The interactive interface guides students through the gesture recognition system using computer vision applications, allowing them to encounter it firsthand; then, the sophisticated and abstract action recognition method is described with a representational illustration, which is helpful for students in elementary and secondary school to gain a more thorough understanding of and develop their capacity for logical reasoning. This will benefit students at elementary and secondary levels because it will help them think more critically and thoroughly. As a final step, we devise an experiment to compare the results of using our CapsNet method to acquire AI knowledge with those of more conventional learning strategies. Results: Experimental findings were analyzed to demonstrate that this approach is useful for acquiring CapsNet and AI and that it increases users' motivation to study and their practical competence.

Publisher

European Alliance for Innovation n.o.

Subject

Information Systems and Management,Computer Networks and Communications,Computer Science Applications,Hardware and Architecture,Information Systems,Software

Reference33 articles.

1. Li P, Li C. Construction of multimedia teaching platform for community nursing based on teaching resource library technology. International journal of emerging Technologies in Learning. 2017, 12 (7): 68.

2. Kabooha R, Elyas T. The effects of Youtube in multimedia instruction for vocabulary learning: perceptions of EFL students and teachers. English language teaching.2018, 11(2): 72.

3. Philominraj, Jeyabalan D, Vidal-Silva C. Visual learning: a learner centered approach to enhance English language teaching. English language teaching. 2017, 10(3): 54.

4. Jin. Analysis of music teaching mode innovation based on intelligent classroom and multimedia system. Revista De La Facultad De Ingenieria. 2017, 32(1):534–543.

5. Mpemba T. Reluctance to sanction Kiswahili instructional medium in post-primary education: how do the learners and their instructors cope with or resist the English medium policy?. Phi delta kappan. 2018, 92(4): 15–21.

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