Max Robotics — Global Service Robot Directory + US Certification

About

Yue Tang is a researcher specializing in real-time systems and robotic software frameworks, with a particular focus on the timing analysis and scheduling of robotic applications built on ROS 2 (Robot Operating System 2). Their work addresses a critical challenge in safe-critical robotics: formally modeling and guaranteeing that hard real-time constraints are satisfied in complex software architectures. Tang's most influential contribution, "Response Time Analysis and Priority Assignment of Processing Chains on ROS2 Executors" (2020), has accumulated 71 citations and established foundational methods for analyzing timing behaviors within ROS 2's executor model. Building on this, their 2022 paper on multi-threaded executors — with 35 citations — extended these techniques to more sophisticated parallel processing environments, reflecting the growing complexity of modern robotic deployments. More recent work has explored data refreshing semantics in processing chains and communication delay optimization in multi-subscriber ROS 2 environments, demonstrating a sustained and evolving research agenda. Collectively, Tang's publications have shaped how the robotics community approaches real-time verification, making their work highly relevant to researchers and engineers developing safety-critical autonomous systems where timing guarantees are not merely desirable, but essential.