Indoor Localization Model with Impulse Radio Transmission for Short-Range Wireless Communication Systems

Abstract

Impulse radio is another wireless communication technology developed for short-range communications, with low transmission power and wideband frequency. Which compliance with communication systems that require the speed of transmitting large amounts of data. Therefore, this project has designed and fabrication a biconical antenna. Furthermore, perform the antenna's performance test for an indoor impulse radio localization in the frequency range of 3.1 GHz to 10.6 GHz with a vector network analyzer. The results of the measurements were analyzed and evaluated in comparison with the distance error with matched filter and time-gating techniques. The results obtained from the study of this project are based on theory and very useful for basic information in the research and development of short-range wireless communication systems and positioning by impulse radio transmission.