◕ Track 1: Robot Perception & Sensing

Object recognition

Scene understanding

Visual tracking

Gesture and pose recognition

Facial and expression recognition

Image segmentation and classification

Optical and photonic sensors

LiDAR and depth sensing

Tactile and force sensors

Sensor fusion and integration

Environmental and proximity sensing

Multimodal perception systems

3D vision and reconstruction

Real-time sensor and image analysis

Adaptive sensing strategies

◕ Track 2: Robot Control & Embodied Intelligence

Motion planning and control

Feedback and feedforward control

Adaptive and intelligent control

Embedded electronics and circuits

Motor control and actuation

Mechatronics and hardware integration

Real-time control systems

Cognitive planning and reasoning

Embodied AI models

Sensorimotor representation

Simulation-to-reality transfer

Digital twin for robotics

Learning from demonstration

Human-robot collaboration

Trustworthy embodied AI

◕ Track 3:Smart Vision & Image Processing for Embodied Robotics

Embodied visual perception

Image enhancement

Computational imaging 

Vision-based robot control

Spectral imaging

Motion analysis

Industrial image segmentation

Robotic grasping vision

Edge vision models

Stereo depth estimation

Optical measurement

Fault detection

Domain adaptation

Environmental vision

Event-driven vision

3D inspection