WuDao LLM: Large AI Model by BAAI 112

Wudao Large Model is a large artificial intelligence model developed by BAAI, designed to reach or surpass the international advanced level in the field of language processing. The Wudao Large Model series includes multiple versions, among which Wudao 1.0 is China's first ultra-large-scale intelligent model system, while Wudao 2.0 has a parameter scale of 1.75 trillion, making it the first trillion-level model in China and the largest in the world at that time. Wudao 3.0 has further developed, not only containing the language large model series, but also covering features such as the visual large model series.

Main Features of the Wudao Artificial Intelligence Large Model:

• Large Scale: The neural network parameters reach over ten billion, which is one of its notable features.

• Emergence: It can produce unexpected new capabilities, meaning that when solving specific problems, it can learn certain rules and features, and then emerge new characteristics and capabilities.

• Versatility: It is not limited to a single type of problem or specialized field, and can solve various problems, indicating its wide range of applications.

• Multi-modal Capability: It includes the AquilaChat dialogue model, the AquilaCode text-to-code generation large model, and various visual large models, covering smooth text dialogue, text-to-code generation, and visual processing.

• Open Source: Wudao 3.0 has entered a new stage of comprehensive open source, meaning it is not only free for commercial use but also completely open source, providing convenience for researchers and developers.

The main features of the Wudao Artificial Intelligence Large Model include its huge scale, strong emergence, wide versatility, multi-modal capability, and open-source characteristics. These features enable it to play an important role in multiple fields, providing users with efficient, flexible, and diversified services.

Application Scenarios of the Wudao Artificial Intelligence Large Model:

The application scenarios of the Wudao Artificial Intelligence Large Model are extensive, covering autonomous driving, robotics, text dialogue and code generation, intelligent transportation, as well as general scene perception and complex task processing.

• Autonomous Driving and Robotics: The visual large model of Wudao 3.0 has potential in general visual scenarios such as autonomous driving and robotics, and can accelerate the development of these embodied intelligence industries.

• Text Dialogue and Text-to-Code Generation: Wudao 3.0 includes the AquilaChat dialogue model and the AquilaCode text-to-code generation large model, which can play a role in smooth text dialogue and multi-language text-to-code generation.

• Intelligent Transportation: In the field of intelligent transportation, Wudao 3.0 can solve problems such as road condition recognition, intelligent lane analysis, and traffic accident analysis, providing support for urban traffic management.

• Intelligent Driving: SenseTime has implemented large model capabilities in multiple business line scenarios such as intelligent driving, demonstrating the application potential of Wudao 3.0 in the field of intelligent driving.

• General Scene Perception and Complex Task Processing: "Wudao Vision" has general scene perception and complex task processing capabilities, and is a series of intelligent vision and multi-modal large models, demonstrating its powerful capabilities in visual recognition and processing.

BAAI, with the full name Beijing Academy of Artificial Intelligence (BAai), is one of the important initiatives to implement the "Beijing AI Source Action Plan." Established under the guidance and support of the Ministry of Science and Technology and the Beijing Municipal Party Committee and Municipal Government, the institute aims to promote the integration of development policies, academic thoughts, theoretical foundations, and top talents with the industry in the field of artificial intelligence. BAAI brings together international top AI scholars, focuses on core technologies and original innovation, and is committed to enhancing the probability of breakthrough research results.