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首页> 外文期刊>Technology,knowledge and learning: Learning mathematics,science and the art in the context of figital technologies >R. G. Almond, R. J. Mislevy, L. Steinberg, D. Yan, and D. M. Williamson: Bayesian Networks in Educational Assessment Springer, 2015
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R. G. Almond, R. J. Mislevy, L. Steinberg, D. Yan, and D. M. Williamson: Bayesian Networks in Educational Assessment Springer, 2015

机译:R. G. Almond,R.J.Mislevy,L. Steinberg,D. Yan和D. M. Williamson:2015年教育评估中的贝叶斯网络

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摘要

Performance-based, diagnostic assessment that captures and scaffolds individual learner’s competency development is a critical element of learning environment design, especially when interactive and complex learning tasks are involved. Yet the design and implementation of evidence-centered diagnostic assessment is challenging because: (a) the design of measurable performance tasks based on the underlying proficiency model is tricky, (b) the recording and coding of the performance data of each learner of a large sample can be complicated and time-consuming in comparison with grading in traditional testing, and hence (c) conducting a real-time diagnosis of the performance data to facilitate dynamic learner support and instructional planning for components of the competency is difficult.
机译:基于绩效的诊断评估,捕获和脚手架个别学习者的能力发展是学习环境设计的关键因素,特别是当涉及互动和复杂的学习任务时。 然而,依据所循证诊断评估的设计和实施是具有挑战性的,因为:(a)基于底层熟练程度模型的可测量性能任务的设计是棘手的,(b)录制和编码大的每个学习者的性能数据 与传统测试中的分级相比,样品可以复杂且耗时,因此(c)对绩效数据进行实时诊断,以促进动态学习者的支持和竞争力组件的教学规划是困难的。

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