7 accepted papers
Autonomous and mobile soft robots require internal oscillators, similar to a biological heart, to generate rhythmic motions. However, existing soft oscillators typically have fixed operational parameters and suffer from an inherent coupling between control input and power output, limiting their vers…
In multi-view clustering (MVC), complementary and consistent information from multiple views is integrated to improve clustering performance. However, inter-view sample correspondences may be partially missing in practice, making it difficult to learn cross-view consistency, which leads to the parti
The inherent elasticity of soft materials can be used to create robotic grippers that deform and comply to a variety of irregular shapes. To date, several soft adaptive grasping strategies have been reported, however, most of them focus on adapting to the overall shape of the structure, while the ad…
Soft devices employ variable stiffness to ensure safety and improve the robustness in the interaction between robots and objects. Using soft materials is one of the most popular approaches to design a variable-stiffness device, while the use of silicone sponge remains less explored in this field. He…
Suction is widely used in industry, but the adaptation of state-of-the-art suction cups on complex surfaces (i.e., curved, cornered, uneven, rough, etc.) are still limited. In this letter, we present a novel shape-conformable suction mechanism to achieve highly-adaptive suction on complex surfaces.
Suction adhesion is widely used by natural organisms for gripping irregular objects (e.g., rocks), but their artificial counterparts show less adaptation in the same situation. In addition, they can require complex sensing and control systems to function. In this paper, we present a contact-triggere
Snails’ unique locomotion abilities help them realise stable movement by muscular exploiting travelling waves and friction modulation. Inspired by these characteristics, snaillike robots have recently become the focus of growing research. In this paper, we present a novel friction-driven three-foot…