Design, simulation and experimental evaluation of indoor localization schemes for 60 GHz millimeter wave systems

This thesis targets localization schemes for single-anchor millimeter wave systems. The devised algorithms are evaluated by means of simulations in order to draw initial conclusions about their robustness. The obtained results are then validated via measurements involving commercial pre-standard 60-GHz MMW hardware, showing that by relying only on a single anchor, the algorithms can localize a node with high probability, and in many cases with sub-meter accuracy