TL;DR:
- Domestic AI systems showcased at the World Artificial Intelligence Conferences offer insights into the future of urban management and customer services.
- China Unicom’s Yuji City Information Modeling (CIM) system provides a comprehensive view of urban environments, facilitating the modernization of urban governance systems.
- CLOOPEN’s Chitu language AI system enables intelligent customer service and seamless conversations between humans and machines.
- The upgraded INTERN AI models by Sensetime Technology introduce a trillion-parameter language model and real-world 3D city-scale models.
- These advancements in AI technology empower urban governance, services, and research, contributing to smarter and more sustainable urban development.
Main AI News:
The future of urban living is being shaped by a range of domestically developed AI systems, showcased at the World Artificial Intelligence Conferences. These cutting-edge platforms provide a glimpse into the potential of AI in urban management and customer services. Among the notable releases is the Yuji City Information Modeling (CIM) system, introduced by China Unicom at the International AI City Forum during the WAIC. Inspired by the legendary figure Yu the Great, this innovative platform enables the creation and effective management of digital representations of urban environments, encompassing buildings, infrastructure, and various city assets. Much like Building Information Modeling (BIM) in the construction industry, CIM offers a comprehensive and integrated view of the city’s physical and digital infrastructure.
The CIM system incorporates state-of-the-art information technologies, including 3D geographic information systems, high-performance rendering, and cloud-native capabilities. According to Liang Peng, director of the China Unicom Smart City Research Institute, the primary objective is to establish a digital city that mirrors the physical one, ultimately enhancing urban governance systems and capabilities. This groundbreaking solution will prove invaluable to policymakers, urban planners, and researchers, empowering them to improve the quality of life in cities and achieve smart and sustainable urban development goals.
Beijing-based technology company CLOOPEN has also made significant strides in the AI domain by unveiling its latest language AI system, Chitu. Engineered to offer intelligent customer service and engaging conversations, Chitu represents a breakthrough in AI technology. Liu Jie, a researcher at CLOOPEN, explains that the enhanced version of this AI system brings substantial advancements in its ability to understand and analyze language, facilitate conversations, and foster collaboration between humans and machines. By comprehending context, recognizing emotions, identifying specific information, extracting relevant details, and generating appropriate questions, Chitu paves the way for more seamless interactions between individuals and AI.
Furthermore, the collaboration between Sensetime Technology, Shanghai AI Laboratory, and other esteemed Chinese universities has resulted in the introduction of an upgraded version of the INTERN AI models at this year’s WAIC. The InternLM, a ChatGPT-style model, marks a significant milestone as the first domestically released language model capable of processing contexts at a trillion-parameter scale. Additionally, the Intern Landmark system stands as one of the world’s pioneering real-world 3D models at a city-scale level. These remarkable advancements in AI technology provide invaluable resources for urban governance, services, and research endeavors. Wu Zhiqiang, a distinguished member of the Chinese Academy of Engineering, affirms that these breakthroughs contribute to the realization of smarter and more sustainable urban development.
Conclusion:
The unveiling of domestically developed AI systems at the World Artificial Intelligence Conferences signifies a major leap forward for the market. These cutting-edge platforms showcase the potential of AI in revolutionizing urban living, offering comprehensive insights into urban environments and enabling intelligent customer service. With the ability to process contexts at an unprecedented scale and create realistic city-scale 3D models, these advancements have far-reaching implications. They provide valuable tools for urban governance, services, and research, propelling the market toward smarter and more sustainable urban development. Businesses operating in this sector should take note of these advancements and consider the vast opportunities they present for innovation and growth.
