This paper investigates the propagation of sub-Terahertz (THz) electromagnetic waves
within an indoor environment using simulations. The study considers the directional and …

Path loss is the main factor in the weakness occurring in the signal. In this research paper,
the attenuation of signal strength or path loss between the station (BTS) and the antenna of …

Available digital maps of indoor environments are limited to a description of the geometrical
environment, despite there being an urgent need for more accurate information, particularly …

In this paper, a novel interference-based nanostructure was designed and simulated to
realize an all-optical 2-bit reversible comparator by employing a novel technique. The plane …

In this paper, sub-THz channel sounding is discussed for indoor scenarios. A directional D-
band channel sounder, operational in the full band ranging from 110 to 170 GHz, is …

Wireless fidelity (Wi-Fi) is common technology for indoor environments that use to estimate
required distances, to be used for indoor localization. Due to multiple source of noise and …

As a simple and inexpensive channel characteristic, received signal strength (RSS) finds
extensive usage in localization applications. However, the quick changes in signal strength …

This paper analyses the impact of the propagation model on the outcomes of a scalability
analysis of a wireless M-Bus system simulated in OMNeT++. Four path loss models are …

Due to the extensively accessible bandwidth of many tens of GHz, millimeter-wave
(mmWave) and sub-terahertz (THz) frequencies are anticipated to play a significant role in …

The huge ubiquitous deployment of wireless technologies and the pervasive availability of
smart devices, indoor localization has become one of the most interesting topics in …