张世羽，男，工学博士，籍贯江苏南京。2026年6月获台湾阳明交通大学工学博士学位，现任安徽信息工程学院计算机与软件工程学院软件工程教研室专任教师。

邮箱：syzhang75@iflytek.com 。

讲授课程：人工智能通识导论。

研究方向：智能优化与群体智能算法、边缘计算系统部署优化、低碳智慧制造与能源管理、生产与物流系统优化。

发表论文：

一、期刊论文

[1] Shi-Yu Zhang, C.-C. Lin, Z.-Y. A. Chen, and D.-J. Deng (2026). Optimal multi-access edge computing system deployment in 5G private networks for multi-story construction sites. Journal of Network and Computer Applications, 245, 104375.

[2] Shi-Yu Zhang, C.-C. Lin, Y.-C. Peng, and D.-J. Deng (2025). Deployment of 5G MEC systems with safety maintenance and cybersecurity in smart agricultural parks. IEEE Transactions on Consumer Electronics, 71, 8892–8903.

[3] C.-C. Lin, Shi-Yu Zhang, J. Lian, and D.-J. Deng (2026). IoT-enabled hierarchical energy trading for multi-community sharing in the Internet of Energy. IEEE Internet of Things Journal, 13(10), 21636–21645.

[4] C.-C. Lin, Shi-Yu Zhang, Y.-C. Peng, and I-H. Lin (2026). Joint stocker placement and scheduling in automated material handling-enabled reentrant hybrid flow shops. International Journal of Production Research, 1–25.

[5] C.-C. Lin, Shi-Yu Zhang, Y.-L. Chou, and W.-Y. Liu (2025). Energy management scheduling of a smart factory with carbon capture and storage, carbon emission quota cap-and-trade, and green energy trading. Energy, 333, 137231.

[6] C.-C. Lin, Shi-Yu Zhang, and Z.-Y. A. Chen (2025). Simplified Harmony Search: Novel algorithm design and its applications in engineering design optimization problems. Cluster Computing, 28(12), 772.

二、会议论文

[7] Shi-Yu Zhang, H.-Y. Chang, Z.-Y. A. Chen, and C.-C. Lin (2025). Deploying a 5G MEC-enabled farm using hybrid Simplified Harmony Search algorithm. 2025 IEEE 23rd International Conference on Industrial Informatics (INDIN), Kunming, China.

[8] Shi-Yu Zhang, Z.-Y. A. Chen, and C.-C. Lin (2025). An optimal 5G MEC system deployment approach for smart construction sites. 2025 International Conference on Artificial Intelligence in Information and Communication (ICAIIC), Fukuoka, Japan.

[9] Shi-Yu Zhang, X. Fu, P. Fu, and Y.-L. Chang (2025). The TASP instructional design model: Embedding AI literacy in K-12 STEAM. 2025 International Conference on Educational Technology Management (ICETM), Guangzhou, China.