Mitko Aleksandrov

Papers

Total Citations

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About

Mitko Aleksandrov is a researcher specializing in geospatial navigation, disaster risk reduction, and 3D urban modeling. His work focuses on redefining how navigation systems operate by introducing novel concepts such as "top-bounded spaces" and "least-top-exposed paths," which prioritize safety and situational awareness over traditional shortest-distance or time-based routes. This approach is particularly valuable in complex built environments, where minimizing exposure to hazards—such as falling debris during disasters—can be critical. Aleksandrov’s most cited paper (2019, 15 citations) explores these top-bounded spaces, offering a paradigm shift for navigation in high-risk urban settings. His 2018 study (8 citations) further advances the field by integrating 3D geospatial information and indoor modeling to enhance disaster risk reduction and emergency response strategies. By bridging the gap between spatial computing and practical safety applications, Aleksandrov’s contributions have significant implications for smart city infrastructure, emergency services, and autonomous navigation systems. His work stands out for its interdisciplinary approach, combining geoinformatics, architecture, and disaster management to create more resilient urban environments.