学生申诉数据库的设计与实现

Sakthi Kuhan, L. Grace
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引用次数: 0

摘要

跟踪学生的数据和投诉对于跟踪学生在课堂上的表现至关重要,即使是在学习的时候。本研究旨在解决学生的不满,并将网站作为一个使用Javascript, HTML, Python和MySQL构建的门户网站,学生可以在其中提出问题,并通知处理案件的部门。学生可以完全访问投诉的历史记录,并可以查看投诉是否已被审查、调查、发送、拒绝或处理。所建议的技术是完全透明的,如果投诉数天未得到答复,系统将自动将其传送给上级指定的人员。任何惩教系统都应该关注语言质量,因为它可能被用来传播不正确的信息,通过对人们的性别,肤色或宗教进行评论。使用最先进的技术,如深度学习和机器学习,有助于检测仇恨言论。在训练了11,325条推文并使用评估指标(包括F1分数、召回率和精度)分析结果之后。采用了Bi-LSTM、LSTM和SVM模型。通过达到指标值0.884、0.84和0.86,LSTM模型的得分超过了其他模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of Students Grievance and Database
Tracking student data and complaints is critical to track student performance in the classroom even while studying. This research study aims to address the grievances of the students and presents the website as a portal built using Javascript, HTML, Python, and MySQL, where students may file concerns, and the department handling the case is notified. The student has complete access to the complaint's history and may see if it has been examined, investigated, sent, rejected, or handled. The proposed technique is totally transparent, and if a complaint remains unanswered for several days, the system will automatically transmit it to the person specified further up the hierarchy. Any correctional system should be concerned about language quality since it may be used to spread incorrect information by making comments about people's gender, color, or religion. Employing the state-of-the-art technologies like deep learning and machine learning helps to detect hate speech. After training 11,325 tweets and analyzing the outcomes using evaluation metrics including F1 score, recall, and precision. Bi-LSTM, LSTM, and SVM models are utilized. By reaching the metrics values of 0.884, 0.84, and 0.86, the LSTM model outscores the other models.
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