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Enhancing Memory For Technical Lists With Computer-Generated Mnemonics

机译:具有计算机生成的助记符的技术列表中的内存

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The automated generation of memory aids known as mnemonics is an application of AI that has great potential to improve education. We used an optimisation method based on techniques from natural language processing (NLP), corpus linguistics, and genetic algorithms to generate mnemonics called elaborated acronyms (EAs) for four technical lists. The efficacy of these computer-generated mnemonics was then tested in a higher education environment. 54 Malaysian university students were asked to learn the four technical lists containing a total of 30 words, each in strict sequence. Half of the students used the mnemonics generated by computer and the other half used rote learning. We assessed learning immediately after the learning phase and also after a one-week delay. Recall performance of mnemonics users was found to be significantly better than rote learners, both immediately and one week later, suggesting that the generation of mnemonics by computer is a learning technology worth developing.
机译:被称为助记符的自动产生助记符是AI具有巨大改善教育的潜力的应用。我们使用了一种基于自然语言处理(NLP),语料库语言学和遗传算法的技术的优化方法,以生成称为四个技术名单的术语缩略词(EAS)的助记符。然后在高等教育环境中测试了这些计算机生成的助记符的疗效。 54名马来西亚大学学生被要求学习四个技术名单,总共包含30个单词的严格序列。一半的学生使用计算机生成的助记符,另一半二手死记硬背学习。我们在学习阶段后立即评估学习,也在一周后延迟。发现助记符的召回表现明显优于死记硬背学习者,两者都在立即和一周之后,这表明计算机的产生是一种值得开发的学习技术。

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