Non-verbal Real-time Human-AI Interaction in Constrained Robotic Environments

• URL: http://arxiv.org/abs/2603.01804v1
• Date: Mon, 02 Mar 2026 12:38:43 GMT
• Title: Non-verbal Real-time Human-AI Interaction in Constrained Robotic Environments
• Authors: Dragos Costea, Alina Marcu, Cristina Lazar, Marius Leordeanu,
• Abstract summary: We study the debate regarding the statistical fidelity of AI-generated data compared to human-generated data in the context of non-verbal communication using full body motion.<n>We introduce the first framework that generates a natural non-verbal interaction between Human and AI in real-time from 2D body keypoints.<n>Our results demonstrate that statistically distinguishable differences persist between Human and AI motion.
• Score: 6.623088068354071
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: We study the ongoing debate regarding the statistical fidelity of AI-generated data compared to human-generated data in the context of non-verbal communication using full body motion. Concretely, we ask if contemporary generative models move beyond surface mimicry to participate in the silent, but expressive dialogue of body language. We tackle this question by introducing the first framework that generates a natural non-verbal interaction between Human and AI in real-time from 2D body keypoints. Our experiments utilize four lightweight architectures which run at up to 100 FPS on an NVIDIA Orin Nano, effectively closing the perception-action loop needed for natural Human-AI interaction. We trained on 437 human video clips and demonstrated that pretraining on synthetically-generated sequences reduces motion errors significantly, without sacrificing speed. Yet, a measurable reality gap persists. When the best model is evaluated on keypoints extracted from cutting-edge text-to-video systems, such as SORA and VEO, we observe that performance drops on SORA-generated clips. However, it degrades far less on VEO, suggesting that temporal coherence, not image fidelity, drives real-world performance. Our results demonstrate that statistically distinguishable differences persist between Human and AI motion.

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