Xiangyu Yu
Papers
1
Total Citations
10
H-Index
1
About
Xiangyu Yu is a leading researcher in wireless robot sensor networks, with a primary focus on optimizing robotic sensor deployment for enhanced network performance. Their seminal work, "A Deployment Method Based on Spring Force in Wireless Robot Sensor Networks" (2014), introduced a novel virtual force-based algorithm (VFA) that significantly improves coverage and connectivity while minimizing energy consumption—a critical challenge in the field. By modeling deployment dynamics through spring force principles, Yu’s approach offers a more stable and efficient alternative to traditional VFAs, directly addressing the trade-off between network longevity and operational effectiveness. This contribution, garnering 10 citations, has influenced subsequent studies on autonomous sensor placement and energy-aware robotics. Yu’s research bridges theoretical mechanics and practical network engineering, providing foundational insights for scalable, low-power systems in environmental monitoring, disaster response, and smart infrastructure. Their work remains a key reference for researchers seeking robust deployment strategies in resource-constrained robotic networks.
Research Focus
Key Achievements
Top Papers
- 1A Deployment Method Based on Spring Force in Wireless Robot Sensor Networks10 citations · 2014