Recently, significant progress has been made in the field of artificial intelligence. Researchers from UCLA and other institutions have successfully developed the large-scale embodied intelligence model MultiPLY, which marks a solid step towards artificial general intelligence (AGI). MultiPLY not only has multi-modal sensing capabilities, including touch, vision and hearing, but more importantly, it can interact more comprehensively with the 3D environment and demonstrate powerful capabilities in practical applications. This research result and its supporting large-scale multi-sensory data set Multisensory-Universe provide valuable resources and new directions for the future development of artificial intelligence.
Recently, researchers from UCLA and other institutions launched MultiPLY, a large model of embodied intelligence. This model not only has multi-modal perception capabilities, including touch, vision, hearing, etc., enabling AI to interact with the 3D environment more comprehensively. By interacting with the 3D environment through the agent, MultiPLY performs well in experiments such as object retrieval, tool usage, multi-sensory annotation and task decomposition. In addition, the researchers created a large-scale multi-sensory data set Multisensory-Universe, which contains 500,000 pieces of data. This research provides new ideas for building large models with multi-sensory capabilities and provides a new direction for realizing AGI.The emergence of MultiPLY not only proves the importance of multi-modal perception and embodied intelligence in the development of artificial intelligence, but also provides new technical paths and data support for building smarter and more powerful AI systems in the future. It is believed that with the continuous advancement of technology, large embodied intelligent models like MultiPLY will play a role in more fields and bring greater convenience and progress to human society. We look forward to more similar research results emerging in the future.