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[Figure releases Helix 2.5 model, a robot that can "do housework autonomously"] "Science and Technology Innovation Board Daily" reported on the 18th that on September 17, local time, the humanoid robot company Figure announced the official launch of the "most advanced" neural network model Helix 2.5 it developed. In the previous experimental design process, the company used the human behavior data set Index to pre-train Helix 2.5 for three behaviors: tidying up the living room, folding towels and making the bed, and placed the Figure 03 humanoid robot equipped with Helix 2.5 in an unfamiliar environment. The results showed that the robot was able to do housework autonomously without any additional training. This means that embodied intelligence can, like humans, migrate its understanding of the physical world from one environment to another to adapt to dynamic changes in real time without having to build it from scratch each time.
#humanoid robot#neural network#embodied intelligence#robot#AI09-18 09:32
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[Human brain organoids form functional neural networks in mice] September 17th, research published in Nature on the 16th showed that human brain organoids transplanted into mice can reproduce some important features of brain development, including forming functional neural networks to support brain activity. The achievement was made possible by a method of breeding mice with reduced brain volumes, allowing human brain organoids to be integrated into the mouse brain. The model enables a more in-depth study of human brain development. The research team stated that this experiment was conducted under strict ethical guidance.
#neural network#Global market intelligence09-17 07:00