本次讲座将聚焦“神经美学”在中国文化背景下的跨文化研究。通过神经影像学实验和行为研究，运用fMRI等技术，讲座将揭示中国书法、古代建筑、少数民族艺术等传统艺术形式如何激发大脑的审美加工过程，进而影响情感和认知体验。研究表明，这些艺术形式不仅激活与审美判断相关的脑区，还引发更深层次的情感共鸣和文化认同。此外，讲座将探讨美与道德的关系、环境美学对行为的影响，并通过跨文化比较研究，展示神经美学在全球化背景下的应用潜力。

This lecture will explore how to conduct innovative research and achieve successful publication in high-impact journals. Drawing on Prof. Leong

This talk explores uplink strategies for 6G networks, emphasizing AI efficiency through next-generation multiple access (NGMA) techniques. Topics include multi-access edge computing (MEC), network slicing, non-orthogonal multiple access (NOMA), and rate-splitting multiple access (RSMA). A novel Distributed Uplink RSMA (DU-RSMA) method is introduced, enhancing network capacity and remote radio head collaboration. Over-the-air computing (AirComp) is highlighted as a non-orthogonal alternative for simultaneous data aggregation and computation. The role of machine learning (ML) in multiple access is also explored, covering federated learning, split learning, and ML-based protocols. The talk concludes by stressing the need to optimize communication and computation for scalable, AI-driven 6G systems.

This talk highlights reconfigurable intelligent surfaces (RISs) as a transformative 6G technology for optimizing signal distribution and controlling wireless transmissions. Key topics include their implementations, functionalities, and mathematical modeling. Focusing on diffusion functionality, RISs as randomly reconfigurable surfaces (RRSs) with time-varying phase shifts are discussed for enhanced communication. Cascaded RIS networks are explored, demonstrating superior coverage and signal quality compared to single RIS setups. Zero-energy RISs (zeRIS), powered entirely by harvested energy, are introduced for sustainable communication. Light-emitting RISs (LeRIS), integrating LEDs for precise user localization, and UAV-mounted RISs for IoT data collection are also presented. The latter leverages UAV mobility, energy-aware design, and a novel medium access control protocol to improve IoT system throughput in 6G networks.

To understand the role of optical wireless communications (OWC) in 6G, it is crucial to explore the specific services where it offers distinct advantages. Academia and industry agree that 6G will drive massive deployment of machine-type nodes in 2D/3D service areas, demanding unprecedented reliability, ultra-low latency, and higher data rates. Beyond these, 6G aims to enable energy-efficient communication, built-in security, privacy, trustworthiness, and networked sensing and localization. These requirements reshape wireless network design, creating new opportunities for OWC adoption as a complementary, not competitiv, technology to RF. Integrating RF and optical spectrum under a cross-band PHY and MAC layer design is critical to achieving 6G KPIs, pushing wireless communication boundaries. This talk highlights these opportunities, showcasing examples, preliminary results, challenges, and future research directions.

PBL（Problem-based Learning)、PtBL（Project-based Learning）和IDL（Inter-disciplinary Learning)三种创新教学方式都体现出以教师为主导转变为以学生为主导，强调问题解决、创造力和批判性思维技能的发展等特点。本工作坊将： 1. 深入解析PBL、PtBL与IDL的核心理念与实践策略； 2. 掌握巧妙创新设计的IFMOS五步法； 3. 科学系统地完成创新课程设计全过程。

讲座将结合黄卫院士四十余年在工程建设、管理、教学和科研中的实践经验，聚焦大跨径桥梁钢桥面铺装关键技术、高等级路面设计理论与方法、智能运输系统(ITS )等科研项目实例，分享在科研中的思路与方法。围绕“数学为基、创新引领”、“学科交叉、事半功倍”、“原理清晰、大道至简”、“方向正确、前沿探索”、“学以致用、团队合作”五个主题，为师生们提供科研工作的经验与启示。

PBL（Problem-based Learning)、PtBL（Project-based Learning）和IDL（Inter-disciplinary Learning)三种创新教学方式都体现出以教师为主导转变为以学生为主导，强调问题解决、创造力和批判性思维技能的发展等特点。本工作坊将： 1. 深入解析PBL、PtBL与IDL的核心理念与实践策略； 2. 掌握巧妙创新设计的IFMOS五步法； 3. 科学系统地完成创新课程设计全过程。