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Design of multimedia broadcasting terminal for college English teaching under internet environment

机译:互联网环境下大学英语教学的多媒体广播终端设计

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With the development of the Internet, the application of multimedia in College English teaching is becoming more and more demanding, especially in the area of accurate information recommendation. In order to improve the accuracy of push information in College English multimedia teaching broadcasting, a particle swarm optimization (PSO) algorithm is proposed in this paper. By designing a massless particle to simulate the foraging behavior of birds, the algorithm searches for precise targets to obtain the optimal solution. Combining with Internet technology, the weight of data transmitted by multimedia broadcasting signal is calculated by setting an independent address, and then the interactive data flow between teachers and students is analyzed to optimize the design of multimedia broadcasting terminal. The results show that the indicators with higher scores are mainly distributed in the construction of network teaching platform. The three indicators with the highest scores are convenience, module integrity and management and maintenance, which are 2.825, 2.715 and 2.696, respectively. Through this study, it brings new inspiration to the intellectualization of College English teaching. Multimedia broadcasting design can solve the problem of interference in terminal broadcasting transmission by setting independent addresses.
机译:随着互联网的发展,多媒体在大学英语教学中的应用变得越来越苛刻,特别是在准确的信息建议领域。为了提高大学英语多媒体教学广播中推送信息的准确性,本文提出了一种粒子群优化(PSO)算法。通过设计无麻粒子来模拟鸟类的觅食行为,算法搜索精确的目标以获得最佳解决方案。通过设置独立地址计算多媒体广播信号传输的数据重量,然后分析教师和学生之间的交互式数据流以优化多媒体广播终端的设计。结果表明,分数较高的指标主要分布在网络教学平台的建设中。具有最高分的三个指标是方便,模块完整性和管理和维护,分别为2.825,2.715和2.696。通过这项研究,它为大学英语教学的智能化带来了新的启示。多媒体广播设计可以通过设置独立地址来解决终端广播传输干扰问题。

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