Roland Hohensinn

Papers

Total Citations

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About

Roland Hohensinn is a geodesy and navigation researcher whose work sits at the intersection of precise positioning technology and practical monitoring applications. His research focuses primarily on Global Navigation Satellite Systems (GNSS), with a particular emphasis on Precise Point Positioning (PPP) methodologies and their application to geomonitoring scenarios. Hohensinn has made notable contributions to democratizing high-precision GNSS by rigorously evaluating low-cost, mass-market dual-frequency receivers — most prominently the u-blox ZED-F9P — against traditional geodetic-grade instrumentation. His 2022 study, now with 51 citations, was instrumental in demonstrating that affordable GNSS hardware can achieve meaningful precision in kinematic monitoring applications when paired with robust real-time PPP processing strategies. This work has significant implications for infrastructure monitoring, natural hazard assessment, and surveying in resource-constrained environments. His earlier 2021 paper further benchmarked low-cost versus geodetic-grade equipment using high-rate and real-time PPP, helping establish clear performance expectations for practitioners considering cost-effective deployments. Together, these contributions have helped shift community understanding of where low-cost GNSS technology stands today, making Hohensinn an important voice for researchers and engineers seeking accessible, yet reliable, precision positioning solutions.