For the design of indoor picocellular systems in the frequency band of 1800/2100 MHz, a signal propagation modelling is needed. Empirical and semi-empirical models represent an efficient approach to the coverage prediction. For these models, suitable empirical parameters must be provided. The indoor propagation measurement campaign in the frequency range of 1900 MHz was carried out in several multi-floored buildings in Prague and Brno . For the campaign a special portable measurement system was developed. Based on the measurement results, the model parameters were derived. Optimised parameters are presented for two basic models (empirical and semi-empirical) according to the indoor environment classification. The results are compared to sta...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
Wireless telephone service providers must deploy their cellular networks with two main criteria in m...
This thesis is a project carried out at the “Centre for RF measurements Technology“at the University...
For the design of indoor picocellular systems in the frequency band of 1800/2100 MHz, a signal propa...
Indoor propagation modelling is demanded for the design and maintenance of indoor wireless services....
This work outlines indoor propagation models for frequencies of GSM band. Estimating signal strength...
In this thesis electromagnetic wave propagation is investigated in an indoor environment. The indoor...
This paper presents the modeling of indoor wave propagation from 1 GHz to 10 GHz. Several obstacles ...
The paper presents the results of signal strength measurements at 1800 MHz in four office buildings ...
For a planning of indoor Wireless LAN systems working in the ISM band, the signal propagation predic...
This paper presents an empirical propagation path loss model for corridors in office buildings. The ...
The characterisation of the indoor radio channel has been an active area of research in the last dec...
Propagation is an essential factor ensuring good coverage of wireless communications systems. Propag...
The characterisation of the indoor radio channel has been an active area of research in the last dec...
This thesis deals with radio wave propagation in environments where the propagation is severely infl...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
Wireless telephone service providers must deploy their cellular networks with two main criteria in m...
This thesis is a project carried out at the “Centre for RF measurements Technology“at the University...
For the design of indoor picocellular systems in the frequency band of 1800/2100 MHz, a signal propa...
Indoor propagation modelling is demanded for the design and maintenance of indoor wireless services....
This work outlines indoor propagation models for frequencies of GSM band. Estimating signal strength...
In this thesis electromagnetic wave propagation is investigated in an indoor environment. The indoor...
This paper presents the modeling of indoor wave propagation from 1 GHz to 10 GHz. Several obstacles ...
The paper presents the results of signal strength measurements at 1800 MHz in four office buildings ...
For a planning of indoor Wireless LAN systems working in the ISM band, the signal propagation predic...
This paper presents an empirical propagation path loss model for corridors in office buildings. The ...
The characterisation of the indoor radio channel has been an active area of research in the last dec...
Propagation is an essential factor ensuring good coverage of wireless communications systems. Propag...
The characterisation of the indoor radio channel has been an active area of research in the last dec...
This thesis deals with radio wave propagation in environments where the propagation is severely infl...
In the age of the Communications, when everybody needs to stay connected, to their mobile phone ope...
Wireless telephone service providers must deploy their cellular networks with two main criteria in m...
This thesis is a project carried out at the “Centre for RF measurements Technology“at the University...