Xianbin Wang

Papers

Total Citations

H-Index

About

Xianbin Wang is a prominent researcher specializing in wireless communications, with a particular focus on non-orthogonal multiple access (NOMA) techniques and intelligent robotic systems for next-generation networks. His work sits at the intersection of advanced communication protocols and autonomous indoor systems, addressing the critical challenge of enabling highly reliable wireless connectivity for intelligent robots (IRs) operating in complex indoor environments. Wang's most recognized contribution involves the development of a comprehensive service framework that integrates NOMA technology with indoor intelligent robot path design and resource management. By incorporating cutting-edge indoor channel models proposed by the International Telecommunication Union, his research provides a sophisticated and practically grounded approach to optimizing both robot navigation and spectrum efficiency simultaneously. This work, which has accumulated 22 citations since its 2022 publication, demonstrates meaningful traction within the wireless communications and robotics communities. His research addresses increasingly relevant real-world demands, as intelligent robotic systems become integral to smart buildings, warehouses, and industrial environments. By bridging advanced multiple access techniques with autonomous system design, Wang's contributions help lay the groundwork for robust, interference-resistant communication infrastructures essential to the future of connected autonomous systems and Industry 4.0 applications.