2D-Localization Based on Tracking Antenna Using Artificial Intelligence Mapping (AIM) Approach

Many recent low-range applications require only two-dimensional localization. It is more dependable and simpler to use in real-time low-power range because it requires significantly fewer calculations than three dimensions. As antennas can function as sensors this system, they are regarded crucial components the development of localization systems. To avoid a relatively difficult object detection achieve 360° azimuth plane coverage, antenna must be small possible. The purpose study design an effective algorithm for 2D-localization positioning using proposed Artificial Intelligence Mapping (AIM) approach. AIM approach’s modelling simulation based on tracking Modified Triangulation Method (MTM) introduced analyzed. implementation object-localization system were completed. fulfil specific aim suggested approach, practical 2D-Localization Object System (2D-LOS) uses commercial identification system. Several trace scenarios illustrated, tested, compared with samples from other methods literature demonstrate effectiveness method different applications. which real-world data, has low resolution error difference.