If AI is a "brain" for each downstream industry, the institutes distributed around the world are the "brains" of AI. From a geographical perspective, the United States remains the "core brain zone." From the development of China's AI field research institutes, the glimpse of the leopard in the tube can be seen a little, and the road of Chinese AI is still a long way to go.
Academic
Massachusetts Institute of Technology Computer Science and Artificial Intelligence Laboratory (CSAIL)
The founding of CSAIL dates back to 1959. The inventor of the LISP programming language and the inventor of the term "artificial intelligence" John McCarthy founded the MIT Artificial Intelligence Project together with artificial neural network research expert Marvin Minsky. . In 2003, MIT merged computer science research and artificial intelligence laboratories.
Currently, CSAIL is the largest laboratory of the Massachusetts Institute of Technology. It focuses on brain and cognitive science in the field of artificial intelligence research. The research fields include: artificial intelligence, seeking to understand and develop reasoning, perception and understanding that makes people and machines understandable. The artificial system of behavior; the system seeks the computer system with new principles, models and indicators from both hardware and software; the theory seeks the extensive and real-time nature of mathematics in computing.
Carnegie Mellon University Robotics Academy (RoboTIcs Academy)
Carnegie Mellon University is the world's first university specializing in robotics. The Robotics Institute is part of Carnegie Mellon University. It was formerly the Robotics Institute founded in 1979. Research focuses on the combination of theory and practical experience, with the goal of becoming the best place to study robots around the world.
As one of the main units of NASA's aerospace research mission, the Carnegie Mellon University Robotics Institute has made great achievements in the research of autonomous driving, lunar exploration walking robots, and single-wheel gyroscopic rolling detection robots. At present, the college has published nearly 20 educational robot-related courses based on the ROBOTC platform, which constitutes a curriculum system covering K12 to the university stage.
German Artificial Intelligence Research Center (DFKI)
Founded in 1988, DFKI is Germany's national software system innovation center, Germany's largest research institute engaged in software technology and applications. It has more than 25 years of basic research and application experience in artificial intelligence innovation software systems, and its research direction covers artificial intelligence. The main industry directions include big data analysis, knowledge management, picture processing, understanding and natural language processing, human-computer interaction, and robotics.
In May last year, the “Beijing Institute of Infinite Artificial Intelligenceâ€, the academician of the European Academy of Sciences and the director of DFKI Berlin, Hans Uszkoreit, officially settled in Yizhuang, Beijing. Through cooperation, DFKI gradually brought the international leading technologies such as SPREE analysis and processing technology, Acrolinx text quality automatic detection and modification system, Yocoy mobile-side cross-language and human-machine communication translation system into China to seek transformation.
State Key Laboratory of Intelligent Technology and Systems, Tsinghua University
The State Key Laboratory of Intelligent Technology and Systems of Tsinghua University began preparations in July 1987. It passed the national acceptance in February 1990 and officially opened to the public.
At present, the research direction of the research center is: the intersection and combination of cognitive process and intelligent information processing; the content-based mass information processing theory and method, especially for information security, information retrieval, information mining and other specific algorithms and Application; machine learning theory and method for dynamic process; application theory and technology of intelligent information processing and control theory in mobile robots and smart cars, humanoid robots, unmanned aircraft, space robots, etc.; intelligent graphic information processing, Includes a variety of text recognition, document identification and understanding.
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