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The University of Hong Kong
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RoboNaldo achieves a remarkable 48.6% reduction in free-kick shot error, setting a new benchmark for humanoid soccer performance.
On-device LLMs can now drive real-time recommendation improvements, unlocking faster adaptation to evolving user intent without cloud reliance.
Recommendation agents can achieve state-of-the-art performance by personalizing not just user memory, but also the reasoning process itself through self-evolving, user-specific policy skills.
Splitting AI systems into planning, reasoning, and execution layers on specialized hardware slashes latency and energy use by 70% compared to monolithic approaches.
Tactile-aware robot manipulation gets a serious upgrade: TAMEn's wearable interface and data pipeline more than double task success rates in complex bimanual tasks.
LLMs can achieve massive performance gains on reasoning and knowledge-intensive tasks simply by iteratively refining their answers using pseudo-labels derived from unlabeled data.
Humanoids can now play ping-pong using *only* onboard cameras, pulling off whole-body smashes and crouch shots with impressive agility.
VLMs get a 24% performance boost and run 56% faster on robot manipulation tasks by explicitly modeling action advantages and exploring multiple future paths, instead of relying on noisy foresight predictions.
