The paper presents measurement results of the GSM (900 MHz band), UMTS (2100 MHz band), and LTE (1800 MHz band) propagation path loss (PL) in the urban area behind the buildings of ten different heights. The results were compared with the 7 most popular models. It was found that the existing models approximate the experimental results with relatively large errors. The new model, which evaluates the path loss variation nature behind the buildings, is proposed. This new model shows good agreement with measurements for all three mobile technologies. The average relative error is less than 6.5 %
This research article published by Computer Engineering and Intelligent Systems, Vol.5, No.9, 2014Em...
Wireless communication is a telecommunication technology, which enables wireless transmission betwee...
This paper presents key parameters including the line-of-sight (LOS) probability, large-scale path l...
The paper presents measurement results of the GSM (900 MHz band), UMTS (2100 MHz band), and LTE (180...
In the mobile phone system, it is highly desirable to estimate the loss of the track not only to imp...
The 3.5 GHz band is a strong candidate for future urban micro cell deployment with base station ante...
Many GSM Network subscribers, particularly in developing countries like Nigeria, have complained of ...
Abstract Recently proposed micro operator concept aims at providing high quality services in specif...
In the mobile phone system, it is highly desirable to estimate the loss of the track not only to imp...
This paper proposes a method to predict line-of-sight (LOS) path loss in buildings. We performed mea...
Path loss model is essential to achieving a successful cellular network planning and deployment. Des...
The new work makes three UTD (uniforn geometrical theory of diffraction) based path-loss prediction ...
in suburban environment is evaluated. The measurements are conducted in real Global System for Mobil...
Cellular communication has become very important nowadays. It becomes obvious when the era of smartp...
GSM signal building penetration loss is a problem often encountered by subscribers inside a building...
This research article published by Computer Engineering and Intelligent Systems, Vol.5, No.9, 2014Em...
Wireless communication is a telecommunication technology, which enables wireless transmission betwee...
This paper presents key parameters including the line-of-sight (LOS) probability, large-scale path l...
The paper presents measurement results of the GSM (900 MHz band), UMTS (2100 MHz band), and LTE (180...
In the mobile phone system, it is highly desirable to estimate the loss of the track not only to imp...
The 3.5 GHz band is a strong candidate for future urban micro cell deployment with base station ante...
Many GSM Network subscribers, particularly in developing countries like Nigeria, have complained of ...
Abstract Recently proposed micro operator concept aims at providing high quality services in specif...
In the mobile phone system, it is highly desirable to estimate the loss of the track not only to imp...
This paper proposes a method to predict line-of-sight (LOS) path loss in buildings. We performed mea...
Path loss model is essential to achieving a successful cellular network planning and deployment. Des...
The new work makes three UTD (uniforn geometrical theory of diffraction) based path-loss prediction ...
in suburban environment is evaluated. The measurements are conducted in real Global System for Mobil...
Cellular communication has become very important nowadays. It becomes obvious when the era of smartp...
GSM signal building penetration loss is a problem often encountered by subscribers inside a building...
This research article published by Computer Engineering and Intelligent Systems, Vol.5, No.9, 2014Em...
Wireless communication is a telecommunication technology, which enables wireless transmission betwee...
This paper presents key parameters including the line-of-sight (LOS) probability, large-scale path l...