Exhibition News | Agenda First: Decoding the Future of the Co-evolution of Intelligent Sensing and Robotics

Core Issue Outlook: Policy and Technology Driven by Both

The morning session on the first day of the conference will focus on the dual drivers of policy guidance and market demand, analyzing the growth opportunities for the smart sensor industry under the wave of new infrastructure and AI big models. Of particular note, the track "Technical Theoretical Innovation and Cutting-Edge Technological Breakthroughs in Multimodal Joint Perception" will delve into how multimodal perception theoretically transcends the limitations of traditional single-modality and creates a new paradigm for machine cognition. Furthermore, the special session "Humanoid Robot Surround Perception Solutions" will compare the commercialization paths of traditional and biomimetic sensing, analyzing their respective development strategies and prospects in terms of cost control, market acceptance, and application scenario expansion.

Technological breakthrough highlights: From single sensing to multimodal fusion

The afternoon session on the first day was a showcase of sensor technology: the integration of MEMS micro-displacement sensors and wireless power supply technology will demonstrate a self-powered solution for millimeter-level sensing units; the fusion of neuromorphic vision sensors and HDR imaging will address the pain points of robot navigation in bright and dim light environments. The most groundbreaking presentation was the "Bionic Olfactory Sensor" special session. A biohybrid sensor based on insect olfactory receptors has achieved 0.1ppm-level accuracy for identifying flammable and explosive gases. A case study of this technology in a fire search and rescue robot will be unveiled for the first time.

Industry Implementation Focus: From Laboratory to Commercialization

The second day's agenda will focus on practical applications: anti-interference algorithms for torque sensors in robot joint control, the selection logic for capacitive and inductive sensors in different industrial scenarios, and the large-scale fabrication process for stretchable electronic skin—engineering challenges often considered "bottlenecks" in the industry. Leading companies will share their mass production experiences. In particular, the "RaaS (Robotics as a Service)" session will dissect the business model extending from industrial welding to domestic services, revealing the supply chain restructuring behind a 30% reduction in sensor costs.

Roundtable Discussion Focus: Breaking Through the Perception Ceiling and Human-Machine Integration

Two important roundtable conferences directly address the industry's soul-searching questions: on the first day, the topic of "Perception Ceiling" will debate the limits of the integration of LiDAR and visual sensing, and explore the perceptual boundaries of robot autonomous decision-making; on the second day, the special session "Flexible Sensors Make Robots Better Understand Humans" will analyze how collaborative robots can achieve "safe touch" through sensing technology from the dimensions of tactile array design and human-computer interaction protocols - this is precisely the core bottleneck of the current commercialization of medical companion robots and elderly service robots.