聚焦全域AI与主动交互,共探智能座舱产业升级方向
2026国际汽车智能座舱大会8日在苏州相城开幕,主题为“全域AI·主动交互——智能体定义下一代座舱新生态”。逾千名全球政产学研代表参会,共探智能座舱产业升级、AI原生底座及舱驾深度融合等前沿议题。
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2026国际汽车智能座舱大会在苏州相城开幕,聚焦AI原生、舱驾融合与智能网联产业发展。
中新网苏州9月9日电 (邸子瀛)8日,2026国际汽车智能座舱大会在苏州相城开幕。本届大会以“全域AI·主动交互——智能体定义下一代座舱新生态”为主题,围绕产业生态构建、核心技术攻关与标准路径等议题展开深度研讨,共探智能座舱产业升级方向。
开幕式上,中国科协常委、中国汽车工程学会副理事长兼秘书长侯福深在致辞中指出,当前智能座舱产业正经历三重深刻变革:一是AI从应用插件升级为座舱原生底座,整车进入AI原生设计时代;二是舱驾深度融合重构技术体系,安全与体验走向一体化设计;三是产业竞争从单点技术比拼升级为跨域生态能力的对抗。他提出应筑牢底层技术底座,回归真实出行场景,推动中国实践与全球创新互鉴。
9月8日,2026国际汽车智能座舱大会在苏州相城开幕。(中国汽车工程学会供图)
中国汽车工程学会汽车智能座舱分会主任委员、重庆大学教授郭钢表示,产业正从CL2级指令交互向CL3级高阶认知智能座舱演进,AI Agent上车、舱驾一体成为当前核心热点。他围绕人机交互、关键技术、系统零部件、基础支撑、测试评价五大技术板块,剖析了端侧轻量化大模型、非接触式感知、多域融合、异构计算等前沿技术的发展方向与技术难点。
清华大学智能绿色车辆与交通全国重点实验室首席研究员、教育部长江学者讲席教授曹东璞聚焦智能汽车人-AI交互信任研究话题展开分享。通过讲解信任过度与信任不足的双重安全风险,演示自然驾驶实验与多维度数据采集,他揭示了情境行为、个体差异对信任演化的驱动机制,提出动态信任与过度依赖预测模型,为可信交互设计与智能决策优化提供学术支撑。
苏州市人民政府副秘书长吴旭翔介绍,苏州已集聚智能网联相关企业超800家,产业规模突破千亿元,获批首批国家智能网联汽车“车路云一体化”应用试点。今年以来,Momenta成功上市等科技成果标志着苏州已具备从芯片到智驾、座舱的全链条发展能力。
大会期间,中国汽车工程学会发布2026汽车智能座舱领先科技成果,同步揭晓2026汽车智能座舱OPC创意设计大赛总决赛结果,集中展现了智能座舱领域的技术创新突破与创意设计活力。
本次大会搭建技术交流、成果展示与生态对接的高端平台,吸引来自全球汽车智能座舱政产学研各界代表超过1000人参会。大会还将举办多场专题论坛与技术研讨,持续聚焦全球化、舱驾融合、AI交互、测试评价等核心议题,为产业高质量发展注入新动能,助力中国智能座舱产业从本土领先向全球引领迈进。
AI outlook — possibilities, not facts
大会期间将举办多场专题论坛与技术研讨
Very likely · Within days
Thomas Sargent, winner of the 2011 Nobel Prize in Economics, said at the Bund Conference in Shanghai that China is one of the leaders in big data applications. China and the Asian market, which have advantages in data and computing power, will directly affect the competitive landscape of the global AI industry.

TCL used the theme of "AI Inspired Life" at the IFA 2026 Consumer Electronics Show in Berlin, Germany, and exhibited a number of AI smart products such as X11L SQD-Mini LED display, NXTPAPER eye protection series devices, FreshIN 3.0 Ultra air conditioner and AiMe home companion robot.

Liaoning Provincial Data and Government Services Bureau relies on the Artificial Intelligence + 12345 Hotline Joint Laboratory to build a "government, industry, academia, research and application" collaborative mechanism, adhere to compliance first and localized deployment, promote the implementation of large government model applications and achieve cross-provincial export, and create a core base for digital government construction.

Kazakhstan signed an MOU with Hong Kong transport authorities to establish a laboratory and discussed traffic management and the low-altitude economy.

U.S. Treasury Secretary Bessent warned that if the United States loses to China in the AI race, it will face disastrous consequences. On the same day, the U.S. government accused a number of Chinese AI companies of extracting billions of symbols through advanced U.S. models.
The High-Quality Development Forum of Inland Waterway Shipping was held in Wuhan on the 9th, and the "Yangtze River New Chain" communication identification system was officially launched. This system was launched by the Yangtze River Navigation Administration of Transport and China Mobile to realize a new stage of 5G+ application on the Yangtze River trunk line, effectively reducing communication costs for shipping companies and improving safety efficiency.