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"人工智能+"下财经类院校深度学习课程建设探索OA

中文摘要英文摘要

在"人工智能+"国家战略与新文科建设背景下,针对财经类高校深度学习课程中培养目标与管理场景脱节、教学资源缺乏学科特色等问题,该文提出并实践"问题导向-跨学科融合-实践应用"三位一体课程建设模式.首先,坚持问题导向,以需求预测、资源调度等管理科学典型决策任务重构课程体系,明确"技术为决策服务";其次,强化跨学科融合,将深度学习算法与管理科学中的优化理论、统计直觉对齐,降低经管大类学生的认知门槛;最后,突出实践应用,依托纽约出租车(TLC)大数据设计全学期贯穿式案例,引导学生在真实场景下完成从算法建模到管理决策的闭环实践.三位一体模式为新文科背景下数智化复合型人才培养提供了可复制的改革范式.

Against the backdrop of the"Artificial Intelligence+"national strategy and the construction of the New Liberal Arts,this paper addresses critical pain points in Deep Learning courses at finance and economics universities,such as the decoupling of training objectives from management scenarios and the lack of disciplinary characteristics in teaching resources.We propose and implement a three-in-one course construction model:"problem orientation,interdisciplinary integration,and practical application".First,adhering to problem-orientation,the curriculum system is reconstructed around typical management science decision-making tasks,such as demand forecasting and resource scheduling,to clarify the logic that"technology serves decision-making".Second,by strengthening interdisciplinary integration,deep learning algorithms are aligned with optimization theories and statistical intuitions in management science,effectively lowering the cognitive threshold for students of economics and management.Finally,emphasizing practical application,a semester-long integrated case study based on New York City Taxi and Limousine Commission(TLC)big data is designed to guide students through a closed-loop practice,moving from algorithmic modeling to management decision-making within real-world management contexts.The three-in-one model provides a replicable reform paradigm for the cultivation of digital-intelligence-driven composite talents under the framework of New Liberal Arts.

唐昕迪;何方

中央财经大学 管理科学与工程学院,北京 100081清华大学 工业工程系,北京 100084

社会科学

人工智能+深度学习财经类院校贯穿式案例管理科学问题

Artificial Intelligence+deep learningfinance and economics universitiesintegrated case studymanagement science problem

《高教学刊》 2026 (9)

135-138,4

国家自然科学基金青年项目"城际定制客运运营规划与在线调度研究"(72301305)国家自然科学基金面上项目"多平台网约车市场的博弈与聚合研究:均衡分析与运营策略优化"(72371141)2024年度中央财经大学教育教学改革基金项目资助课题"'人工智能+'背景下财经类院校《深度学习》课程建设的探索与实践"(2024ZCJG46)

10.19980/j.CN23-1593/G4.2026.09.032

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