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arXiv Robotics research summaries for January 30, 2024.
Today's Research Themes (AI-Generated):
• Kinematic optimization of robotic arms using human demonstrations and Particle Swarm Optimization reduces engineering time and costs significantly.
• Kinesthetic haptics enable high-accuracy in-hand object recognition without tactile sensors in underactuated robotic hands.
• 3D-printed hydraulic fluidic logic systems in soft robots show potential for machine intelligence in biomedical applications.
• Deep reinforcement learning with dual-history architecture enhances dynamic bipedal robot locomotion, including adaptive running and jumping.
• A memory-centered framework for humanoid robots allows for versatile manipulation of known and unknown objects through affordance-based actions.
arXiv Robotics research summaries for January 30, 2024.
Today's Research Themes (AI-Generated):
• Kinematic optimization of robotic arms using human demonstrations and Particle Swarm Optimization reduces engineering time and costs significantly.
• Kinesthetic haptics enable high-accuracy in-hand object recognition without tactile sensors in underactuated robotic hands.
• 3D-printed hydraulic fluidic logic systems in soft robots show potential for machine intelligence in biomedical applications.
• Deep reinforcement learning with dual-history architecture enhances dynamic bipedal robot locomotion, including adaptive running and jumping.
• A memory-centered framework for humanoid robots allows for versatile manipulation of known and unknown objects through affordance-based actions.