回顾道路工程的发展史，其实是一部利用材料、制造材料和创造材料的历史，道路工程材料成为道路工程科技进步的里程碑，而沥青基材料作为最为主要的道路材料，其性能也随着时代的需求和科技的进步而不断提升。然而，如何更好地适配新一代智能道路基础设施对系统高效、结构长寿、全时安全、出行舒适的渴望，如何通过适时地革命性改造升级达成低碳化、耐久化、数智化的发展需求，如何更好地利用好人工智能、大数据等新技术实现材料精准优化、准确预测、精确检测的目标，是在新质生产力提出的当下亟待解决的新问题。本研讨会将围绕“沥青与沥青混合料科技挑战和前沿探索”展开讨论，研讨内容涵盖：沥青与沥青混合料基础理论革新、绿色低碳技术、安全耐久技术、新型性能预测技术等方面。本议题涉及道路、材料、化学、计算机等多学科交叉研究，旨在促进我国沥青混合料行业持续创新和蓬勃发展，欢迎相关领域学者参与并提供创新思路。

Reviewing the history of road engineering, it is essentially a chronicle of utilizing, manufacturing, and creating materials. Road engineering materials have become milestones in the technological progress of road engineering. Asphalt-based materials, as the primary road construction materials, have seen continuous performance enhancements with the evolving demands and technological advancements. However, how to better adapt to the desires of the next-generation intelligent road infrastructure for high efficiency, long-lasting structures, all-time safety, and comfortable travel; how to achieve low-carbon, durable, and intelligent development through timely revolutionary upgrades; and how to utilize new technologies like artificial intelligence and big data to achieve accurate optimization, prediction, and detection of materials , are pressing new issues in the context of emerging productivity paradigms. This discussion focuses on the "Technological Challenge and Frontiers Exploration in Asphalt and Asphalt Mixtures," discussing topics including the fundamental theoretical innovations, green low-carbon technologies, safety and durability technologies, and novel performance prediction technologies of asphalt and asphalt mixtures. This topic involves interdisciplinary research on road engineering, materials science, chemistry science, computer science, and other fields, aiming to facilitate continuous innovation and vibrant development in China's asphalt mixture industry. Scholars from relevant fields are warmly welcomed to participate and contribute innovative ideas.

议程1：会议背景、议题及嘉宾介绍
议程2：“人工智能驱动下沥青基材料性能解译与优化”议题研讨
议程3：“面向新发展需求的下一代沥青基材料研发与应用”议题研讨
议程4：会议总结

Agenda 1: Conference background, topics, and guest speaker introductions.
Agenda 2: Discussion on "artificial intelligence-driven interpretation and optimization of the performance of asphalt-based materials".
Agenda 3: Discussion on "research and application of next-generation asphalt-based materials for new development needs".
Agenda 4: Summary.