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引用次数: 0

摘要

对致力于大学自动化问题或Gale-Shapley算法使用的工作进行了回顾。分析了科学主任选举过程中的组织、信息和沟通组成部分。强调了现有学生分配算法的缺点,即:学生没有科学指导;由于老师或学生的失误导致分发受阻;教师配额在分配过程中的动态变化。以下子系统用户组(角色)被区分为:学生、研究生、院系教师、系主任、实验室助理、院长、副院长、院长办公室方法学家、院长、综合系专家。提出了一种改进的科学董事选举过程(算法)。描述了这些过程的数学模型。已经开发出一种算法,允许在学生/教师未完成的问卷中自动设置优先级。自动配对采用Gale-Shapley算法;学生>。在这种情况下,所得到的一组对满足以下条件:每个学生必须分配一个科学主任;对于科学主任,应根据工作量选择学生人数。为了测试所提出的方法,实现了一个由关系数据库和web应用程序组成的相应子系统。在创建web应用程序时,使用了以下工具:Spring Framework, Vaadin, Hibernate, RabbitMQ消息代理,PostgreSQL DBMS, REST。
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FEATURES OF DEVELOPMENT OF THE SUBSYSTEM FOR SCIENTIFIC DIRECTOR ELECTION
A review of works devoted to the University automation problems or Gale-Shapley algorithm using is carried out. The paper analyzes the organizational, information and communication components of the scientific director electing process. The drawbacks of the students distribution existing algorithms are highlighted, namely: a student is left without a scientific director; distribution blocking due to a teacher or student fault; teachers' quotas dynamic change during distribution. The following subsystem users groups (roles) are distinguished: student, graduate student, departments teachers, department head, laboratory assistant, dean, deputy dean, dean's office methodologist, rector, specialist of the general department. A modified scientific director election process (algorithm) is proposed. A mathematical model for these processes is described. An algorithm that allows automatically set priorities in questionnaires that are not completed by students / teachers has been developed. The Gale-Shapley algorithm is used for automatic pairing < scientific director; student>. In this case, the following conditions are met for the obtained set of pairs: each student must be assigned a scientific director; for scientific director, selected students number should be according to the workload. To test the approach proposed in the work, a corresponding subsystem consisting of a relational database and a web application was implemented. When creating a web application, the following were used: Spring Framework, Vaadin, Hibernate, RabbitMQ message broker, PostgreSQL DBMS, REST.
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