A new cross-modal learning method aligns WiFi fingerprint traces and inertial displacement traces in a shared latent space with additive structure to enable relative localization under weak supervision.
A scrambling method for fingerprint positioning based on temporal diversity and spatial dependency,
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Learning Displacement-Aware WiFi Representations for Weakly Supervised Relative Localization
A new cross-modal learning method aligns WiFi fingerprint traces and inertial displacement traces in a shared latent space with additive structure to enable relative localization under weak supervision.