🛰️ Seamless Positioning: Bridging Indoor & Outdoor Worlds with Smart Localization

In a world increasingly dependent on precise positioning 📍, Global Navigation Satellite Systems (GNSSs) like GPS fall short—especially indoors , where signals weaken or vanish. That’s where indoor localization techniques step in, operating independently of GNSS to fill the gaps. However, integrating indoor and outdoor navigation is no easy task. Transition zones —like building entrances—often become black holes for location accuracy, causing delays and inconsistencies in tracking. 🚪🗺️ 🌐 Introduction to Indoor Localization Limitations of GNSS : Ideal for open skies, poor for enclosed environments like malls or stations. The Need for Hybrid Systems : Ensuring continuity and accuracy as users move between environments. 🔄 The Transition Detection Challenge Problem : Transition zones introduce latency and misalignment. Solution : This research proposes a probabilistic transition detection algorithm to classify zones as indoor , outdoor , or transitional in real...