Sep 2026· International Journal of Web-Based Learning and Teaching Technologies· Vol 21, pp. 1-16· 0 citations· 14 references
TL;DR
This study develops an artificial intelligence-driven, web-based dynamic assessment system with a cloud-edge collaborative, four-layer architecture that innovate business English assessment from summative evaluation to formative diagnosis, supporting the optimization of web-based business English learning and teaching.
Abstract
With the advancement of economic globalization and web-based educational technologies, traditional static assessments fail to meet practical demands of international business English teaching and learning due to scenario disconnection and lack of real-time, personalized feedback. This study develops an artificial intelligence-driven, web-based dynamic assessment system with a cloud-edge collaborative, four-layer architecture. It collects multimodal data from simulated business scenarios, uses domain-adaptive Transformer models for language analysis, and applies reinforcement learning to adjust assessment parameters dynamically. Experiments show that system scores correlate highly with expert ratings (r = 0.91), with an average module accuracy of 91.8%. The system effectively tracks learners' ability development and narrows individual differences. The findings innovate business English assessment from summative evaluation to formative diagnosis, supporting the optimization of web-based business English learning and teaching.
On the premise of not adding extra burden to teachers, intelligent assessment into daily writing tasks and provides reproducible technical paths and experiences for continuous formative assessment is integrated.
Haofei Yang· International Journal of Mob...· 0 citations
There are some problems in the existing English teaching network applications, such as low personalized adaptability, outdated teaching strategies and weak multimodal interaction, limited teaching paths, single feedback mechanism, weak adaptability of learners, low learning efficiency and low retention rate. In order t...
Yuqing Ge, Jinjin Chu, Yating Guo· Journal of Web Engineering· 0 citations
This study constructs an artificial-intelligence-enabled smart teaching model for college English by integrating big data analysis, natural language processing, knowledge graphs, adaptive learning, and intelligent evaluation that supports differentiated listening, speaking, reading, writing, and crosscultural communica...
This study proposes a generative artificial intelligence (AI) framework for personalized learning pathways in web-based college English teaching. By integrating behavioral data, continuous feedback loops, and adaptive pathway adjustments, the framework aims to better meet learners' dynamic needs. Through a three group...
Ling Cheng, Li Jiao, Shun-Yi Hu· International Journal of Web...· 0 citations
A Large Language Model-assisted personalized writing feedback system that significantly improves grammatical accuracy, language diversity, and learner engagement while reducing instructors’ feedback workload is developed.
Di Wang, Lili Zhang· Advanced Electromagnetics· 0 citations
To address the limitations of general-purpose artificial intelligence (AI) systems in supporting the professional context and personalized requirements of textile engineering English instruction, this study proposes an adaptive learning framework that integrates domain-specific knowledge graphs with dynamic learner mod...