Beijing Academy of Artificial Intelligence

WuDao (Chinese: 悟道; pinyin: wùdào)[7] is a large multimodal pre-trained language model.[8][9] WuDao 2.0, was announced on 31 May 2022[10][2] and has been compared to GPT-3 at the time. But, in comparison, GPT-3 has 175 billion parameters, while WuDao has 1.75 trillion parameters;[11] making it the largest pre-trained model in the world at the time.[10][12] WuDao was trained on 4.9 terabytes of images and texts (which included 1.2 terabytes of Chinese text and 1.2 terabytes of English text).[10][13] The chairman of BAAI said that WuDao was an attempt to "create the biggest, most powerful AI model possible";[14] although direct comparisons between models based on parameter count (i.e. between Wu Dao and GPT-3) do not directly correlate to quality.[11]

WuDao has demonstrated ability to perform natural language processing and image recognition, in addition to generation of text and images.[2] The model can not only write essays, poems and couplets in traditional Chinese, it can both generate text based on static images and generate nearly photorealistic images based on natural language descriptions. It has also showed ability to power virtual chat agents and predict the 3D structures of proteins like AlphaFold.[2]

FlagAI is an open-source extensible toolkit for large-scale model training and inference. Its goal is to support training, fine-tuning, and deployment of large-scale models on various downstream tasks with multi-modality. Moreover, its open repository includes not only all source-code, but several pre-trained large models. FlagAI is an approved incubation project at the sandbox level of the Linux Foundation.[15]

Jiuding is an AI-computing platform which focuses on supporting AI innovation. As of September 2022 it provides 1000P computation capacity with 400Gbit/s high-speed interconnection per server, and support AI chipsets of different architectures. BAAI's platform also includes code compilers for the different AI architectures.[6]

MetaWorm is a computational model of the Caenorhabditis elegans (C. elegans) nematode simulating the worm's nervous system along with a "digital body" simulation in real-time.[16] MetaWorm 1.0 exhibits behaviours that parallel C. elegans in the real world.[6]