全省可视信息智能处理重点实验室基于原浙江省可视媒体智能处理技术研究重点实验室（2011年11月成立）重组，依托我校计算机科学与技术学院（软件学院），联合浙江中控信息产业股份有限公司进行建设，于2024年7月通过浙江省科技厅认定。计算机科学与技术学院（软件学院）党委书记范菁教授担任实验室主任，中国工程院院士、浙江大学陈纯教授担任学术委员会主任。实验室现有科研用房总面积4800余平方米，拥有一支由国家级和省部级创新人才领衔、60余位固定人员组成的高水平科研队伍。

可视信息的智能处理是智能计算与人工智能领域的重要内容，也是“智慧城市”建设的核心手段。实验室围绕可视信息智能处理的基础理论、核心技术与平台展开研究，聚焦可视信息的多模态智能感知、智能计算架构、智能安全防控等科学问题与技术难题进行攻关和突破，建立自主可控的可视信息智能处理技术体系和平台，实现创新链与产业链的融合贯通，为智慧交通、智慧社区、智慧环境建设等提供新型反馈机制和预测手段。实验室面向国家重大战略规划，立足国家和浙江省重大需求，努力打造出可视信息智能处理方向国内领先、国际一流的科研高地。

          The Key Laboratory of Visual Information Intelligent Processing of Zhejiang Province is reorganized based on the former Key Laboratory of Visual Media Intelligent Processing Technology of Zhejiang Province (established in November 2011), relying on Zhejiang University of Technology, jointly constructed with the College of Computer Science and Technology (College of Software) and Zhejiang Supcon Information Industry Co., Ltd. It was recognized by the Department of Science and Technology of Zhejiang Province in July 2024. Professor Jing Fan, the Secretary of the Party Committee of the College of Computer Science and Technology (College of Software), serves as the director of the laboratory, while Professor Chun Chen, an academician of the Chinese Academy of Engineering at Zhejiang University, serves as the director of the Academic Committee. The laboratory currently has a total area of over 4,800 square meters for scientific research, with a high-level research team composed of more than 60 fixed personnel led by national and provincial-level innovative talents.

           Intelligent processing of visual information is an important content in the fields of intelligent computing and artificial intelligence, and serves as a core approach in the construction of smart cities. The laboratory conducts studies on the fundamental theories, core technologies, and platforms of intelligent processing of visual information, concentrating on scientific issues and technological challenges such as multi-modal intelligent perception of visual information, intelligent computing architectures, and intelligent security prevention and control. It endeavors to establish an independently controllable technology system and platform for intelligent processing of visual information, achieving the seamless integration of the innovation chain and the industrial chain, and providing novel feedback mechanisms and predictive means for smart transportation, smart communities, and smart environmental construction. Oriented towards major national strategic plans and based on the major demands of both the country and Zhejiang Province, the laboratory strives to forge a domestically leading and world-class research highland in the direction of intelligent processing of visual information.