contact rich manipulation

The paper explicitly focuses on enabling contact-rich manipulation through a low-cost soft robotic wrist and evaluates it across diverse contact-rich tasks.

The paper explicitly focuses on contact-rich bimanual manipulation and proposes a specific method to solve these tasks.

The paper explicitly focuses on enhancing contact-rich robotic teleoperation through a novel haptic device and evaluates it on specific contact-rich tasks like key and USB insertion.

The paper is directly focused on contact-rich manipulation, proposing a specific visual-tactile policy to address the challenges of such tasks.

The paper explicitly focuses on enhancing contact-rich manipulation by integrating acoustic feedback into a Vision-Language-Action model.

The paper explicitly focuses on contact-rich manipulation, proposing a specialized hardware system and a multimodal transformer policy specifically designed for these tasks.

The paper explicitly focuses on automating contact-rich industrial manipulation processes like insertion and plugging using unified force-impedance control and tactile memory.

The paper focuses on multi-fingered grasping using tactile and kinesthetic perceptions, which are central components of contact-rich manipulation.