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Multimedia Educational System and its Improvement Using AI Model for a Higher Education Platform

机译:多媒体教育体系及其对高等教育平台的AI模型改进

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摘要

In the world of technology today, the hardware, applications, and online computing service have transformed instructional approaches and classroom changes. In various ways, artificial intelligence has shown its function as triggering transformations in the multimedia educational platform in an unimaginable manner. In this paper, the multimedia systems can be programmed to communicate with the students using Intellectual Computer-Aided Artificial Intelligence (ICA-AI) framework through visual vision, voice recognition, and intelligent behavior that the researchers consider inherently human. The ICA-AI scheme facilitates a variety of curricula for teaching and studying diverse topics in information technology. In general, it offers multimedia-based lectures, drills, research, reviews, and debate moderation based on students' success and development in higher education platforms. The framework, instructional design, students' modeling, and the knowledge base's organization are defined effectively using ICA-AI. The Genetic Algorithm has been designed for integration into the instruction mechanism of all records, information, and multimedia objects using ICA-AI. The case study has been compared based on the students' performance ratio and feedback following conventional methods to validate the proposed method's reliability.
机译:在今天的技术世界,硬件,应用程序和在线计算服务已转换教学方法和课堂变化。在各种方式中,人工智能表明它的作用是以难以想象的方式触发多媒体教育平台中的转换。在本文中,多媒体系统可以被编程为使用知识分子计算机辅助人工智能(ICA-AI)框架通过视觉,语音识别和智能行为与学生沟通,以至于研究人员认为本身的人。 ICA-AI计划有助于各种课程用于教学和研究信息技术中的不同主题。总的来说,基于高等教育平台的学生的成功和发展,提供了基于多媒体的讲座,演习,研究,评论和辩论适度。框架,教学设计,学生的建模,以及知识库组织使用ICA-AI有效地定义。遗传算法专门用于集成使用ICA-AI的所有记录,信息和多媒体对象的指令机制。在常规方法验证所提出的方法的可靠性之后,基于学生的绩效比率和反馈进行了比较了案例研究。

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