Jonas Neander

ABB (Sweden), Mälardalen University, City University of Hong Kong

Papers

Total Citations

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About

Jonas Neander is a researcher whose work sits at the critical intersection of real-time systems, industrial automation, and positioning technology. His research primarily addresses the formidable challenges of ensuring temporal predictability and precise localization in complex, safety-critical environments. Neander’s most cited work, "Future Challenges of Positioning in Underground Mines" (2015, 41 citations), identifies a pressing industrial problem: as high-grade ore becomes scarce and mining operations go deeper, the need for robust positioning systems becomes paramount for efficiency and safety. This paper highlights his ability to foresee and articulate technological shifts. Complementing this, his research on "Positioning infrastructure for industrial automation systems based on UWB wireless communication" (2014, 13 citations) proposes concrete solutions for enabling location-aware applications like robotic precision control. Earlier in his career, Neander tackled the foundational issue of temporal analyzability in complex real-time systems, notably in his work on introducing such analysis late in a system's lifecycle (2004, 18 citations) and a practical timing analysis of an ABB Robotics controller (2002, 5 citations). This body of work demonstrates a sustained commitment to bridging the gap between theoretical verification and the messy reality of large-scale industrial codebases, making his contributions vital for the next generation of autonomous and automated systems.