Adroit
PulseAugur coverage of Adroit — every cluster mentioning Adroit across labs, papers, and developer communities, ranked by signal.
1 day(s) with sentiment data
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New Attention-DP3 policy enhances 3D diffusion models in cluttered scenes
Researchers have developed Attention-DP3, a novel 3D diffusion policy designed to improve performance in complex and cluttered manipulation scenes. This new policy injects object-level geometric cues through an attentio…
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ManiCM model enables real-time 3D robotic manipulation
Researchers have developed ManiCM, a novel consistency model designed to accelerate 3D diffusion policies for robotic manipulation. This model achieves real-time inference by enabling a one-step prediction process, sign…
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V-Simba architecture boosts RL sample efficiency in visual control
Researchers have introduced V-Simba, a novel architecture for reinforcement learning (RL) designed to improve sample efficiency in visual continuous control tasks. Inspired by the Simba architecture used in state-based …
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Mamba Policy offers efficient 3D manipulation with reduced parameters
Researchers have developed a new AI policy model called Mamba Policy, which significantly reduces computational requirements for 3D manipulation tasks. This model utilizes a hybrid approach combining Mamba and Attention…
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ReBRAC-v2 advances offline reinforcement learning with simplified, high-performance methods
Researchers have introduced ReBRAC-v2, an updated approach to offline reinforcement learning that modernizes conventional actor-critic methods while maintaining algorithmic simplicity. This new method utilizes an exact-…
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New visuomotor policy framework enables high-fidelity one-step robotic control
Researchers have developed a novel one-step generative visuomotor policy framework designed to improve robotic control. This new method incorporates Recursive Consistent Action Flow (RCAF) to correct spatial errors, Dua…
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Robots gain efficiency with new KAN-We-Flow and EFM strategies
Researchers have developed KAN-We-Flow, a novel strategy for robotic manipulation that utilizes RWKV and KAN to significantly reduce model size and inference latency while maintaining or improving success rates. This me…