Novel approaches for indoor positioning using chaotic signals

Abstract

The generally applied area-based administrations require an exclusive expectation for situating innovation. Presently, indoor positioning has been an extraordinary achievement; notwithstanding, indoor situating innovations are in the beginning phases of advancement. The aim of this study is to design a wireless signal with a distinctive, broadband spectrum in the correct fingerprint based indoor location sensing systems. Although wifi signals are commonly used with signal strength indicators (RSSI) received in indoor location detection, the use of widespread wifi causes a significant mix of signal strength. The use of chaos-based signals for distinctive indoor fingerprinting is recommended using the chaos signals that are noticeable with a low intercept ratio and high bandwidth.