A novel approach to enhancing biomedical signal recognition via hybrid high-order information bottleneck driven spiking neural networks.

Leveraging uncertainty-guided spatial-temporal mutuality for skeleton-based action recognition.

A survey on wireless in-pipe inspection robotics.

Nanoswimmers statistical mechanics: Unlocking whole-blood viscosity sensing for tumor microenvironment.

Asymmetric information-regularized learning for skeleton-based action recognition.

Design of wireless in-pipe inspection robot for image acquisition.

Dynamic Channel-Aware Subgraph Interactive Networks for Skeleton-Based Action Recognition.