【摘要】 针对“算法设计与分析”课程的教学体系进行了系统优化，旨在提升学生的算法设计、理论分析和工程实践能力。传统的“算法设计与分析”课程教学以理论推导为主，实践训练不足，难以满足现代计算机科学教育的需求。为此，针对“算法设计与分析”课程构建了一套系统性、实践性和前沿性兼备的教学体系。结合实验驱动、项目制学习、在线评测等多元教学方法，优化知识体系与考核方式，确保学生能够在实际应用中高效设计和优化算法。该教学改革方案有效提升了学生的理论掌握、工程应用和算法创新等能力，为现代计算机教育提供了新的思路和实践路径。更多还原

【Abstract】 This research systematically optimizes the teaching system of Algorithm Design and Analysis course, aiming to improve students’ ability of algorithm design, theoretical analysis and engineering practice. Traditional algorithm course teaching is based on theoretical derivation, and its insufficient practical training is difficult to meet the needs of modern computer science education. To this end, this research establishes a systematic, practical and frontier teaching system for the course of algorithm design and analysis. The course combines multiple teaching methods such as experiment-driven, project-based learning and online evaluation, and optimizes the knowledge system and assessment methods to ensure that students can efficiently design and optimize the algorithm in practical application. The teaching reform plan of this research has effectively improved the students’; theoretical mastery, engineering application and algorithm innovation ability, and provided new ideas and practical paths for modern computer education.更多还原