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As technology continues to evolve, the process of English translation has become easier. A technology called widget, which is used in modern research, provides an efficient graphical user interface for the interaction between the user and the application. This paper compares the newly proposed wireless widget system with existing models of English translation strategies for internet of things (IoT), cloud computing (CC), artificial intelligence and edge computing (AI+EC), and pure internet concepts. These models were compared on metrics such as accuracy, search completion rate, and throughput. The results show that the proposed system outperforms the existing models with an accuracy rate of 98%, a search completion rate of 96%, and a maximum throughput of 96%. The model shows high performance advantages and can effectively improve the efficiency of translation work.
Details
Influence of Technology;
Distance Education;
Educational Methods;
Business English;
Educational Technology;
Efficiency;
Communication Skills;
Interpersonal Relationship;
Computer Mediated Communication;
Information Dissemination;
Computer Oriented Programs;
Blended Learning;
College English;
Accuracy;
Electronic Learning;
Artificial Intelligence;
Student Motivation;
Language Proficiency;
Learner Engagement;
English;
Higher Education;
Classroom Environment;
Educational Strategies;
Class Activities
Accuracy;
Graphical user interface;
Teaching methods;
Internet of Things;
Artificial intelligence;
Teachers;
Cloud computing;
Edge computing;
Technology;
Internet;
Wireless internet;
Human-computer interaction;
Wireless communication systems;
Translation;
Translation methods and strategies;
English language
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