Expertise in AI requires integrating computational, conceptual, and mathematical knowledge and representations. We propose this trifecta as an "AI triplet," similar in spirit to the "chemistry triplet" that has influenced the past four decades of chemistry education. We describe a rationale for this triplet and how it maps onto topics commonly taught in AI courses, such as tree search and gradient descent. Also, similar to impacts of the chemistry triplet on chemistry education, we suggest an initial example of how considering the AI triplet may help pinpoint obstacles in AI education, i.e., how student learning might be scaffolded to approach expert-level flexibility in moving between the points of the triplet.
翻译:AI 中的专门知识要求将计算、概念和数学知识与表述结合起来。 我们建议这三维特作为“AI三重体 ”, 类似于过去四十年化学教育中影响“化学三重体 ” 的精神。 我们描述了三重体的理由以及它如何绘制出在AI 课程中通常教授的科目,如树类搜索和梯度下降。 与化学三重体对化学教育的影响相似,我们建议了一个初步例子,说明考虑三重体能如何帮助确定AI 教育中的障碍,即学生学习如何在跨三重体之间移动时接近专家一级的灵活性。