Xinwen Zhang

Nanjing University of Posts and Telecommunications, Gansu Agricultural University, University of Twente

Papers

Total Citations

257

H-Index

About

Xinwen Zhang is a pioneering researcher at the intersection of stretchable electronics, soft robotics, and intelligent agricultural systems. His most influential work, "Stretchable Organic Semiconductor Devices" (2016, 249 citations), laid foundational principles for next-generation wearable and bio-integrated electronics, enabling devices that conform to 3D surfaces for applications in prosthetics, bionics, and robotics. This highly cited contribution has shaped the field of deformable organic electronics. More recently, Zhang has advanced practical robotics with "Bionic Body Wave Control for an Eel-Like Robot Based on Segmented Soft Actuator Array" (2021), introducing bio-inspired, compliant locomotion for underwater exploration. Addressing real-world deployment challenges, his 2024 work on "Compressing recognition network of cotton disease with spot-adaptive knowledge distillation" pioneers efficient deep learning models for resource-limited agricultural robots, enabling precise disease detection on edge devices. Zhang’s research uniquely bridges fundamental materials science with deployable robotic systems, demonstrating impact from high-citation foundational studies to targeted engineering solutions for plant protection and soft robotics.