Mirko Reguzzoni

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About

Mirko Reguzzoni is a researcher whose work sits at the intersection of low-cost navigation technologies, sensor integration, and geospatial positioning systems. His research explores innovative approaches to combining affordable consumer-grade hardware with established navigation frameworks, most notably demonstrated through his work on integrating Microsoft Kinect depth-sensing technology with low-cost GNSS systems for outdoor navigation applications. Published in 2016, this contribution addressed a meaningful challenge in the field: extending the utility of consumer-grade sensors — originally designed for indoor robotic environments — into more demanding outdoor navigation scenarios. By leveraging Kinect's dual-camera system, comprising both depth and RGB imaging capabilities, alongside GNSS positioning, Reguzzoni's work contributed to expanding accessible, cost-effective navigation solutions. His research has garnered citations across the community, reflecting growing interest in democratizing navigation technology through affordable hardware combinations. For students and researchers working in robotics, geomatics, or positioning systems, Reguzzoni's contributions offer practical insights into bridging the gap between consumer electronics and professional-grade navigation, an increasingly relevant area as low-cost sensor fusion continues to reshape how autonomous and assisted navigation systems are designed and deployed.