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Evaluation of Students' Performance in Educational Sciences and Prediction of Future Development using TensorFlow

机译:学生在教育科学中绩效评价与张流量的未来发展预测

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Artificial Intelligence is the domain of computer science which includes the solving of problems in reasoning, knowledge representation, prediction, learning and perception areas. The large volume of data can be used for social media, e-learning, distance learning and e-commerce environment. Our research work includes the classification and prediction of students' performance in educational sciences. The analyzed results are forecasting the future plan in higher studies. In this work, we use TensorFlow Artificial Intelligence engine for classification. Deep learning is used for measuring academic performance in core courses such as mathematics, physics, chemistry, biology and computer Science. The performance can be measured in nonacademic activities also such as sports, yoga, art and social services. These papers gives prediction result using machine learning tools and give more comprehensive study of both academic and nonacademic activities. Here we take number of intermediate nodes from students' performance and number of deep learning objects from students' activities. The result is generated and compared using TensorFlow. The input of two thousand five hundred students' data is taken from Tamil Nadu Nagapattinam and Thirvarur Districts from education science department, 65% of data is trained data and 35% of data are test data. The accuracy factor is 75% to 85%. The prediction factor accuracy can be determined by using optimal configuration of TensorFlow engine. This result can be used for the benefit of the students to select their future studies and career development of students based on their higher secondary academic and nonacademic performance factors.
机译:人工智能是计算机科学领域,包括解决推理,知识表示,预测,学习和感知区域的问题。大量数据可用于社交媒体,电子学习,远程学习和电子商务环境。我们的研究工作包括学生在教育科学中的绩效的分类和预测。分析的结果预测了更高研究的未来计划。在这项工作中,我们使用Tensorflow人工智能引擎进行分类。深度学习用于衡量数学,物理,化学,生物学和计算机科学等核心课程中的学术表现。该性能也可以在运动,瑜伽,艺术和社会服务等非遗传活动中衡量。这些论文使用机器学习工具提供预测结果,并对学术和非遗传活动进行更全面的研究。在这里,我们从学生的绩效和学生活动中的深度学习对象的数量占用中间节点。使用TensorFlow生成并比较结果。从泰米尔纳德纳卡塔纳米姆和教育科学部门的Thirvarur区取得了两千五百个学生的数据,65%的数据受过训练的数据,35%的数据是测试数据。精度系数为75%至85%。通过使用TensoRFlow引擎的最佳配置,可以确定预测因子精度。这一结果可用于学生的利益,以根据其更高的次要学术和非遗传性能因素选择学生的未来研究和职业发展。

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