We will fully utilize interdisciplinary advantages at Tsinghua SIGS as well as manufacturing infrastructure and support from Shenzhen’s information industry to meet technical demands of the Greater Bay Area. We aim to solve scientific and technological issues that our society faces, and lead the transformation of information and manufacturing industries with the latest technologies.
We will focus on seven research areas, including artificial intelligence, data science, robotics, IoT and Internet, transportation and logistics, photonics and circuit system, and advanced manufacturing.
Artificial intelligence: Machine learning, information theory, intelligent perception, medical AI, intelligent decision and control, brain science and computing camera, multidimensional computing camera and perception, high-throughput biological behavior imaging and reconstruction, intelligent recognition of cross-model observation images, neural network modeling, and cognitive mechanism theory.
Data science: Big data analysis, data driven theory, operations research, random processes, social network analysis, financial technology, quantum computing, intelligent computing, neuromorphic computing, cloud/edge computing, media computing, optimization theory, decision-making theory, computer simulation technology, health informatics, medical big data, and health management.
IoT and Internet: Network science, internet technology, cyberspace security, 5G/6G-based optical communication, free-space optical communication, information and network control technology, integrated power system technology, electrical and traffic multi-functional system, smart grid, energy internet, energy system, cyber-physical system, and energy market.
Transportation and logistics: Supply chain management, logistics and transportation management, logistics and transportation imitation and optimization, traffic network flow optimization, intelligent transportation planning and optimization, traffic behavior big data, automatic driving and cooperative vehicle and infrastructure, ridesharing optimization, traffic energy consumption and emission management, coordinated management of traffic and building energy consumption, and urban emergency management.
Photonics and circuit system: RISC-V chip design, photonic integrated chip, 3D sensing, AI chip, 5G/6G mobile communication chip, IoT chip, radio frequency integrated chip, power management integrated circuit, high-performance analog-digital converter circuit, signal processing and control integrated circuit, hardware-software co-design, high-end health care chip, micro medical device, human body wireless sensor network, intelligent diagnosis and treatment, and surgical robot circuit design.