首页> 外文期刊>IJIDeM: International Journal on Interactive Design and Manufacturing >EEG acquisition and analysis to improve stochastic processes and signal processing understanding in Engineering students: refining active learning dynamics via interactive approach in teaching
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EEG acquisition and analysis to improve stochastic processes and signal processing understanding in Engineering students: refining active learning dynamics via interactive approach in teaching

机译:EEG获取和分析改善工程学生随机流程和信号处理理解:通过互动方法炼制主动学习动态

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Mathematics as stochastic processes, signal processing and dynamical systems may be difficult to understand even for Engineering students. So, in order to improve assimilation of their contents, we proposed to use active learning (AL) in a novel way. AL will be linked to an electroencephalographic signals device in order to motivate students through real life situations. Before starting our research with massive groups of people, we preferred to implement a pilot study with two groups of advantaged students for 1 year. They were compared with 4 groups of students undergoing a traditional learning process (corresponding to 2 years of class; specifically, two groups per year in 2 years). Our study, in this original paper, aligns with the educational Tec21 model of Tecnologico de Monterrey in a novel and unique way by improving AL dynamics via interactive approach in teaching.
机译:数学作为随机过程,即使为工程学生均难以理解信号处理和动态系统。 因此,为了提高其内容的同化,我们建议以新颖的方式使用主动学习(AL)。 Al将与脑电图信号有关,以便通过现实生活方式激励学生。 在与大规模的人群开始研究之前,我们更愿意实施一年有两组优势学生的试点研究。 它们与经过传统学习过程的4组学生进行比较(对应于2年的课程;特别是每年两组,2年)。 我们的研究在这篇原始论文中,通过互动方法在教学中提高Al Dynamics,与TeCnologico de Monterrey的教育TEC21模型与TeCnologico de Monterrey的教育TEC21模型一致。

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