Radio frequency (RF) propagation path gain (PG) measurements were made in typical narrow straight and wide straight indoor corridors at 2400 MHz in a modern multi-storied building utilizing RF equipment and Matlab simulations of Ray-tracing technique, free space model, ITU-R model and full-3D Ray-tracing model of Wireless Insite. Measured PG values showed similar patterns with simulated values in most of the scenarios. The research work presented in this paper is predominately geared towards characterizing radio link for Wireless Sensor Communications/Networks in typical indoor corridor environments
Fifth generation wireless communications will exploit the enormous chunk of bandwidth available at m...
In this paper, a short-range, narrowband indoor propagation at 2.6 GHz was measured and modeled. The...
Abstract—Indoor environment is from the point of the wire-less communication an extremely hostile en...
Near to ground radio frequency (RF) propagation path gain (PG) measurements at short distances at an...
Proliferation of indoor sensor infrastructure has created a new niche for mobile communications, yet...
Radiowave propagation measurements at 1.7 GHz for indoor mobile systems are described. A coherent pu...
Abstract- The implementation of wireless communications in office buildings requires the profound kn...
To improve the performance of an indoor WLAN, it is very important to estimate specific received sig...
This article introduces an efficient analysis of indoor 4.5 GHz radio wave propagation by using a pr...
Indoor use of wireless systems poses one of the biggest design challenges. It is difficult to predic...
This paper explains a new Adaptive Path Sensing Method (APSM) for indoor radio wave propagation pred...
This paper presents results of measurements campaign carried out at a carrier frequency of 24GHz wit...
In this study, path-loss and shadowing measurement results for three different industrial indoor env...
Abstract—We investigate the reliability of radio channel sim-ulators in capturing the important prop...
Studying the radio wave propagation within indoor environment is necessary previously to deploy wire...
Fifth generation wireless communications will exploit the enormous chunk of bandwidth available at m...
In this paper, a short-range, narrowband indoor propagation at 2.6 GHz was measured and modeled. The...
Abstract—Indoor environment is from the point of the wire-less communication an extremely hostile en...
Near to ground radio frequency (RF) propagation path gain (PG) measurements at short distances at an...
Proliferation of indoor sensor infrastructure has created a new niche for mobile communications, yet...
Radiowave propagation measurements at 1.7 GHz for indoor mobile systems are described. A coherent pu...
Abstract- The implementation of wireless communications in office buildings requires the profound kn...
To improve the performance of an indoor WLAN, it is very important to estimate specific received sig...
This article introduces an efficient analysis of indoor 4.5 GHz radio wave propagation by using a pr...
Indoor use of wireless systems poses one of the biggest design challenges. It is difficult to predic...
This paper explains a new Adaptive Path Sensing Method (APSM) for indoor radio wave propagation pred...
This paper presents results of measurements campaign carried out at a carrier frequency of 24GHz wit...
In this study, path-loss and shadowing measurement results for three different industrial indoor env...
Abstract—We investigate the reliability of radio channel sim-ulators in capturing the important prop...
Studying the radio wave propagation within indoor environment is necessary previously to deploy wire...
Fifth generation wireless communications will exploit the enormous chunk of bandwidth available at m...
In this paper, a short-range, narrowband indoor propagation at 2.6 GHz was measured and modeled. The...
Abstract—Indoor environment is from the point of the wire-less communication an extremely hostile en...