IMPLEMENTATION OF COMPLEX NUMBER CONCEPT ON ROUTER SIGNALING PROCESS (CASE STUDY OF AN-NUR DORMITORY)

Abstract

ABSTRACT

Signal processing on routers is an important aspect in communication networks. This research aims to apply the concept of complex numbers contextually in the analysis of raouter signals at An-Nur Wangandowo Dormitory. The routers at An-Nur Dormitory are placed at two strategic points that allow for optimal signal coverage. This research uses a qualitative approach method that will be used to understand the context and practical experiences involved in the use of router signals by involving interviews, observations, or document analysis to gain comprehensive insights. The result of this research is a mathematical model of signal processing on the router at An-Nur Wangandowo Dormitory, which is to provide a deeper understanding of how the concept can be applied in a practical environment and show how the concept of complex numbers is effectively applied in router signal analysis. This involves mapping the signal into the complex number domain and analyzing the results. The implementation of complex numbers results in analog signal processing using convolution formula, Fourier transform, and Laplace transform as well as digital signal processing using space and time domain, frequency domain, and Z transform. The implications of this research will show how the concept of complex numbers can be applied in router signal analysis in a real and contextual environment. This will provide valuable insight into the effectiveness of these concepts in improving the understanding and management of router signals.