School Choice in Chile

J. Correa, R. Epstein, Juan F. Escobar, Ignacio Rios, Bastián Bahamondes, Carlos Bonet, Natalie Epstein, Nicolas Aramayo, Martin Castillo, Andrés Cristi, Boris Epstein
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引用次数: 50

Abstract

Centralized school admission mechanisms are an attractive way of improving social welfare and fairness in large educational systems. In this paper we report the design and implementation of the newly established school choice mechanism in Chile, where over 274,000 students applied to more than 6,400 schools. The Chilean system presents unprecedented design challenges that make it unique. On the one hand, it is a simultaneous nationwide system, making it one of the largest school admission problems worldwide. On the other hand, the system runs at all school levels, from Pre-K to 12th grade, raising at least two issues of outmost importance; namely, the system needs to guarantee their current seat to students applying for a school change, and the system has to favor the assignment of siblings to the same school. As in other systems around the world, we develop a model based on the celebrated Deferred Acceptance algorithm. The algorithm deals not only with the aforementioned issues, but also with further practical features such as soft-bounds and overlapping types. In this context we analyze new stability definitions, present the results of its implementation and conduct simulations showing the benefits of the innovations of the implemented system.
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智利的学校选择
在大型教育系统中,集中招生机制是提高社会福利和公平的一种有吸引力的方式。在本文中,我们报告了智利新建立的择校机制的设计和实施情况,在智利,超过27.4万名学生申请了6400多所学校。智利的系统提出了前所未有的设计挑战,使其独一无二。一方面,它是一个全国性的同步系统,使其成为世界上最大的学校入学问题之一。另一方面,该体系适用于从学前班到12年级的所有学校,这至少引发了两个最重要的问题;也就是说,对申请转学的学生,要保证他们现在的入学资格,而对兄弟姐妹在同一所学校的分配,要给予优待。与世界上其他系统一样,我们基于著名的延迟接受算法开发了一个模型。该算法不仅处理了上述问题,而且还处理了软边界和重叠类型等进一步的实际特征。在这种情况下,我们分析了新的稳定性定义,提出了其实施的结果,并进行了模拟,显示了实施系统创新的好处。
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