Max Robotics — Global Service Robot Directory + US Certification

About

Marie-Theres Suer is a wireless communications researcher whose work centers on ultra-reliable low-latency communication (URLLC) and multi-connectivity strategies for next-generation wireless networks. Her research addresses one of the most pressing challenges in modern telecommunications: enabling the stringent latency and reliability demands of emerging industrial applications such as closed-loop control systems and mobile robotics. Suer's most significant contributions lie in the design, evaluation, and optimization of multi-connectivity (MC) schemes — approaches that leverage multiple simultaneous communication paths to enhance network performance. Her work spans multiple technology domains, including Wi-Fi (802.11be), LTE, and heterogeneous wireless systems, demonstrating a breadth that bridges both academic theory and practical deployment scenarios. Notably, her 2022 paper on adaptive multi-connectivity scheduling for 802.11be and her comparative analyses of MC schemes across different network layers have collectively garnered over 48 citations, reflecting meaningful influence within the URLLC research community. By systematically examining how factors such as link heterogeneity and link correlation affect scheduling performance, Suer has helped establish clearer design principles for reliable industrial wireless systems. Her body of work makes her a valuable reference for researchers and engineers working at the intersection of industrial IoT, wireless networking, and next-generation communication standards.