Henrik Sandberg

Papers

Total Citations

401

H-Index

About

Henrik Sandberg is a prominent researcher whose work spans distributed systems, fault detection, and networked control systems. His most celebrated contribution, "Distributed Fault Detection for Interconnected Second-Order Systems" (2011), has garnered nearly 400 citations, reflecting its substantial influence on how engineers and researchers approach monitoring and diagnosing faults in complex, coupled dynamical systems. This work addressed a fundamental challenge in modern infrastructure: reliably detecting failures when components are interdependent and geographically distributed, rather than isolated and centrally monitored. Sandberg has also explored practical implementations of multi-sensor technologies, as demonstrated by his work on heterogeneous sensor network-based localization systems, which experimentally validated approaches to robot localization under real-world communication constraints — bridging the gap between theoretical frameworks and deployable solutions. His research reflects a consistent interest in making networked systems more robust, observable, and secure, themes increasingly critical as cyber-physical systems become embedded in power grids, transportation, and industrial automation. With high-impact publications that continue to be referenced across control engineering and robotics communities, Sandberg has established himself as a significant voice in the field of networked and distributed control, offering both rigorous theoretical foundations and experimentally grounded insights.