真实世界数字逻辑图的性质

C. Alvarado, M. Lazzareschi
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引用次数: 33

摘要

尽管用于教育的素描识别系统越来越多,但很少有人关注学生在实践中是如何绘画的。我们检查自由绘制的数字逻辑图由学生在电气工程类,以通知草图识别数字电路仿真工具的设计。我们的分析表明,学生之间的绘画风格差异很大,而素描识别系统为帮助识别而做出的标准绘画风格限制通常与学生的绘画方式不匹配。我们确定了可以帮助识别的绘画行为,同时对学生的绘画风格施加更少的不自然约束,我们描述了特定的识别任务,其解决方案将导致更健壮的自由素描识别系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Properties of Real-World Digital Logic Diagrams
Despite the growing number of sketch recognition systems for education, little attention has been paid to how students actually draw in practice. We examine freely-drawn digital logic diagrams created by students in an electrical engineering class in order to inform the design of a sketch recognition digital circuit simulation tool. Our analysis reveals considerable drawing style variation between students and that standard drawing style restrictions made by sketch recognition systems to aid recognition generally do not match the way students draw. We identify drawing behaviors that can aid recognition while placing fewer unnatural constraints on students' drawing styles, and we describe specific recognition tasks whose solutions will lead to more robust free-sketch recognition systems.
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