Fudan holds hands with science and technology "Red Mother" and accelerate the transformation of the special results!Look at this first major results transformation and docking meeting

On June 22, Fudan University and Shanghai Science and Technology Entrepreneurship Investment (Group) Co., Ltd. (hereinafter referred to as "Shanghai Science and Technology") jointly organized by Shanghai "Brain and Brain Smart Intelligent Basic Transformation Research Research" municipal -level science and technology achievements The docking meeting is held.

Zhu Min, the deputy general manager of Shanghai Science and Technology Innovation, Feng Jianfeng, Dean of the Institute of Brain Artificial Intelligence Science and Technology of Fudan University, and Mao Ying, Dean of Huashan Hospital, Affiliated to Huashan Hospital, affiliated to Zhang Xiaolin, director of the Bionic Visual System Laboratory of the Shanghai Micro System and Information Technology Research Institute of the Chinese Academy of Sciences, Zhang Xiaolin, the head of the major special direction, and the Institute of Yiwu Research Institute of Fudan University, the Science and Technology Research Institute, Shanghai Science and Technology Group, Pudong Science and Technology Group, Haiwang Capital and other related The person in charge and the backbone of major special projects attended the meeting.

Introduce the transformation of investment and management and the transformation of scientific and technological achievements

Zhu Min

Zhu Min said that in recent years, Shanghai Science and Technology Innovation has participated in the investment and management of multiple types of government projects. Its industrial investment and capital operation adhere to the connection with the overall strategic planning of the country and Shanghai, focusing on Zhu Min integrated circuit, biomedicine, artificial intelligence, artificial intelligence, artificial intelligence Waiting for the hard technology industry, continue to invest and cultivate. Adhere to the "two ends of the investment smile curve", during the angel investment stage, play the role of innovation, starting from the source of technology, in -depth docking of universities and research institutes, and transforming the actual productive forces through capital acceleration scientific and technological achievements to make up for the lack of market. It is expected that through the exchange of this meeting and the project team, it can lay the foundation for the transformation and investment cooperation of project scientific and technological achievements. Zhu Min further introduced the relevant policies of the transformation of the results in major special management methods in the city -level science and technology, as well as the Group's investment layout and effectiveness of the Group's strategic emerging industries.

Relevant persons in charge of the Scientific Institute introduced the transformation of scientific and technological achievements in Fudan University from the aspects of the construction of the conversion system, the reform of the power of power, the permission of the permission, the price investment, and the patent policy. In recent years, Fudan University has continuously explored and innovated in terms of institutions and systems, and has established an intellectual property management and operation coordination mechanism for the leadership of the school and the division of labor cooperation in various departments. Personnel management and intellectual property operations have introduced a series of policies such as the "Implementation Plan for the Implementation Plan for the Implementation of the Pilot Owners or Long -term Using Rights" of Fudan University. Through institutional innovation, the innovation vitality is further released, and the scientific researchers have given greater patent conversion operation autonomous autonomy Power provides professional management and services for the transformation and transformation of scientific researchers. It has been approved for national intellectual property demonstration universities, entrusted scientific and technological achievements of scientific and technological achievements or long -term use rights pilot units, technological achievements and technological transfer bases, and majors in colleges and universities. The national technology transfer demonstration agency.

Some participants took a group photo

Complete consultation around 9 results transformation and landing intention

Focusing on the two major themes of "artificial intelligence and brain intelligence" and "biomedicine and intelligent diagnosis and treatment", the project team and Shanghai science and technology innovation were discussed and negotiated on the first batch of 9 achievements.

Lu Wenlian

Regarding the hybrid vehicle line planning system, Lu Wenlian, a professor at the School of Mathematics Science, Fudan University, introduced that the team independently develops all prediction , Planning, decision -making and data mining intelligent algorithm legal customization system. Based on this algorithm system, the logistics scheduling optimization system developed with SAIC Artificial Intelligence Lab has applied to the supply chain business of SAIC Anji Logistics. Compared with the original manual scheduling, the total mileage decreases by 6 %, The loading rate increased by 4.7%, the number of vehicles decreased by 11.5%, and the scheduling time increased to 500 times. The team also cooperated with Shanghai Fuller Technology Information Co., Ltd. and other units to develop logistics and planning to achieve better results.

Xue Xiangyang

For the innovative application of brain -like intelligent algorithms in the field of autonomous driving, Xue Xiangyang, a professor at the Fudan University Professor Research Institute, said that the team has independently developed monocular two -dimensional and three -dimensional image target detection, bird's eye view target detection classification, laser radar semantic segmentation, vehicle vehicles, vehicles Intelligent algorithms such as trajectory prediction and map navigation have completed the preliminary algorithm deployment on the FAW Red Flag's autonomous modification vehicle. The team published more than 20 papers in top meetings and journals, and set up joint laboratories with FAW (Nanjing) Technology Development Co., Ltd. to conduct close production and research cooperation.

Zhang Xiaolin

In the bionic binocular vision system, the automatic monitoring and navigation schemes independently developed by Zhang Xiaolin, a researcher at the Shanghai Institute of Micro System and Information Technology of the Chinese Academy of Sciences, mainly based on bionic binocular visual sensors, supplemented by other sensors such as IMU, and can connect to multiple types at the same time. Compared with the current common laser navigation schemes, other auxiliary sensors have advantages such as short deployment time, high positioning accuracy, comprehensive obstacle avoidance function, rich visual data, and greatly reduced costs. At present, the double -eyed visual sensor has been applied to the bow network detection system of the Shanghai Metro and the automatic wafer transport robot of the semiconductor production line.

State Grid Shanghai Electric Power Company Electricity Research Institute team team

In the results of 3i (Intelligeent Smart, Infrared Infrared, Inspection test), Zhang Yong, Yan Nannan Project Team, Zhang Yong, Yan Nannan project team cooperated with the State Grid Shanghai Electric Power Research Institute. Analysis of infrared thermal imaging maps, automatic evaluation schemes for the development of key equipment status of smart grids. The world's first power infrared visual intelligent detection device can be developed, which can intelligently identify devices, guide shooting, optimize image quality, fast intelligent diagnosis, and one -click generating reports. In 2021, the device was in the daily operation and maintenance of 1000KV high -voltage training pond power stations, ± 500KV Huaxin DC replacement stations, and the accuracy of the accuracy of the graphics was 98%. %, The overall work efficiency is more than 3 times. Regarding the whole brain computing -building a digital twin brain, Zheng Qibao, a special researcher at the Fudan University Institute of Brain Research, and Professor Lu Wenlian team independently developed the world's first supporting biological brain structure, 100 billion -level neuron brain simulation computing platform, independent development and optimization With the communication management algorithm, 86 billion neurons, 86 billion neurons, 8.6 trillion full -brain model simulation experiments were completed on the GPU cluster; The number of biological brain and digital twin brain in the static and static mirror Magnetic experimental data is 0.87. Digital brain system has begun to be used in digital twin experiments on brain cognition and brain disease diagnosis and treatment. The correlation between digital experiments and real experimental data in the image evaluation experiment reached 0.73.

Luber

For drug design based on ATTEC technology, Ruberhuan, a professor at the School of Life Sciences at Fudan University, said that ATTEC (Autophagy-Tethering Compounds) technology can not only degrade protein, but also degrade the non-dietary-soluble pathway, including the non-lipids, Protein biological macromolecules, and ATTEC technology can also adopt stitching dual -functional compound design strategies, thereby avoiding time -consuming and labor -intensive large -scale screening. The results of the series of research have entered the transformation and development, and they have made good progress. Related innovative pharmaceutical companies have used ATTEC technology to create a new type of autophagy small binding compound.

Yang Ming

About brain and shadow products-stroke brain imaging risk assessment software F-Steroke, post-doctoral and brain seal (Shanghai) Intelligent Technology Co., Ltd., general manager of the Fudan University Institute of Brain Research, said that F-Steroke software has quickly carried out ischemia The core technologies such as semi -dark bands and infarction core automatic quantitative quantification, ischemic lesions positioning and side blood flow flow assessment, which solve the problem of reference for image science in the treatment of acute ischemia. In terms of accuracy and robustness, Rapid, which has been reached or surpassed the software used by the International Multi -Center Super Window Treatment Research Institute, has obtained a second -class medical device registration certificate, and has been selected as image screening software by large multi -center studies such as MERIT and BASILAR2 in China. Essence At present, it has been used in the stroke centers of more than 130 hospitals and served more than 20,000 acute stroke patients.

Wang Shouyan

Regarding the intelligent regulatory technology of brain and cognitive functional brain machines, Wang Shouyan team researcher at the Fudan University Institute of Brain Studies for Brain Health Intervention and Brain Disease Treatment, established brain interactive intelligent neural regulatory algorithms and modeling technology, developed intelligent nerve regulation Systems and digital perception and cognitive intervention systems have established a technical patent pool from algorithm, software to system in the field of brain interfaces and neural regulation, applying for 25 invention patents, 6 authorized invention patents, and 1 software copyright. "Insomnia Digital Therapy" has entered the stage of application promotion and transformation of large -scale people; the "brain machine fusion nerve regulation" technology has won the Silver Award of the Geneva International Invention Expo, and is undergoing the development and transformation of equipment such as non -invasive intelligence nerve regulation.

Wang Jian

In response to Pa Wei's app and online intelligent assessment, Wang Jian, a professor of neurology at Huashan Hospital, developed Parkinson's Parkinson Diseases Slow Disease Management Platform. At present, it is the only mobile network platform that integrates Parkinson's disease -chronic disease APP management and real world clinical research. Since its launch in April 2017, it is updated once a year. , Voice quantitative analysis, sports video capture and fixed quantitative analysis, Pa You forum and other functional modules, the number of users and viscosity has been significantly improved. Currently covering more than 130 hospitals in the country, more than 18,000 registered users, a total of 600,000+ secondary health education videos/audio/articles reading, 9700+segment uploaded sports test action videos, 6400+voice test audio audio audio audio More than 14,000 consultations.

Explore the transformation of project transformation and market investment opportunities

At the meeting, in response to the above -mentioned major achievements, the market investment team exchanged the core technical advantages, marketization prospects, and conversion models of each project one by one, and made suggestions on how to better promote the transformation of results in the future.

Fudan University and Shanghai Science and Technology Innovation have discussed the opportunities of sensitive capture project transformation and market investment.

Mao Ying

Mao Ying said that the starting point of brain and brain -like research with major health and clinical problems such as sleeping and brain diseases is an important development direction in the future and a direction of market investment with great value. It must have a sense of risk assessment. There must be awareness of advance investment. In recent years, there are close cooperation between major special directions, the clinical team decodes brain signals, and calculates the biological team to analyze and regulate brain signals. The cooperation between the two parties is committed to developing clinical intelligent diagnosis and treatment products, and the market potential is huge. In the next step, the interior of the project team will also focus on further cooperation around clinical application, the ability to polish technology to the market, on the one hand, to propose scientific issues from a clinical perspective, and on the other hand, more algorithm And clinical application scenarios. Yiwu Research Institute suggested that the project undertaking unit can design and create a market -oriented mechanism for promoting the transformation of scientific and technological achievements, unblocking achievement technology technology, and helping scientific and technological talents in the early stage, thereby promoting the smoothness of scientific and technological achievements towards industrialization. As a platform for supporting Fudan's scientific and technological achievements, the Yiwu Research Institute encourages scientific researchers to take industrialization as the orientation, integrate the advantageous resources of Fudan University and local regions, and jointly participate in the construction.

Feng Jianfeng

Feng Jianfeng said that major special projects have made a series of important progress in scientific in recent years. In the next step, in the application scenario, it is necessary to promote the transformation of achievements to Shanghai and even the country. Smart medical care and autonomous driving are two pearls in the field of artificial intelligence. The major special projects continued from the theoretical research and core technology source, and accumulated a series of results. It is hoped that through this docking meeting, a long -term communication mechanism with Shanghai science and technology innovation will be formed, and the last mile of scientific and technological achievements will be opened to continue to promote the implementation of the project results.

Wang Yao, general manager of the new project department of Shanghai Science and Technology and Creative War, said that he thanked Fudan University and the project team for the careful organization of today's achievement docking meeting and prepared a rich scientific and technological achievement meal. The follow -up team will further summarize the exchanges of the meeting, categorize and track the specific situation of the results, provide different forms of services such as results transformation, industrial resource collaboration, investment and financing, etc., and promote the transformation and promotion of the results of major projects at Shanghai Municipal -level science and technology.

It is reported that the major special project of the "Brain and Brain Smart Intelligent Basic Conversion Application Research Research Research Research" was approved by the Shanghai Municipal People's Government in 2018. Fudan University and Zhangjiang Laboratory were the undertaking units. At present, the project team has participated in more than 1,200 researchers and more than 70 experts participating in international cooperation, covering nearly a hundred universities, scientific research institutes, hospitals and enterprises at home and abroad.

The project focuses on the construction of the "one, two, three projects" in the field of Shanghai brain and brain -like intelligence (that is, "one infrastructure, two core capabilities, and three key support"), which is focused on the brain -like artificial intelligence algorithm, the intelligent diagnosis and treatment of major brain diseases, and the intelligent diagnosis and treatment of major brain diseases, Brain -like intelligent chips, brain intelligence and engineering realization will produce major primitive breakthroughs in the future intelligent technology field. Speed ​​up brain -like intelligent technology in promoting the upgrading of Shanghai's industrial upgrading, improving Shanghai people's livelihood, and promoting the development of smart cities. Influential intelligent technology highland and innovative development engine.

Source: Institute of Intelligence Science and Technical Research

Text: Pan Ziyi, Duan Wenjia

Responsible editor: Zhang Peilin

Edit: Wang Yang

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