The design and features of frequency-selective wallpaper created for attachment onto regular walls in order to filter out signals operating at 5 GHz while at the same time allowing the desired radio communication services to propagate through such walls are presented. An analysis of the characteristics of the radio channel evaluated in a typical indoor environment, when considering either regular walls or walls with the designed wallpaper, is performed through a ray-launching programme for both single input single output (SISO) and multiple input multiple output (MIMO) systems. In this way, parameters such as the signal to interference ratio, power delay profile, and channel capacity are obtained and compared for the two mentioned scenarios...
This thesis investigates the use of a variety of passive frequency selective surfaces for specular s...
The use of Wi-Fi networks to access the information on the internet has seen a phenomenal increase i...
Modern houses use energy efficient building materials like metal shielding and energy saving windows...
This paper reports some of the findings in a project done at Al-Ahliyya Amman University in Jordan. ...
Frequency selective wallpaper for reducing interference while increasing the MIMO capacity in indoor...
This paper proposes the deployment of frequency selective surfaces (FSS) in indoor wireless environm...
This thesis reports the methods, the deployment strategies and the resulting system performance impr...
The 60 GHz band has been selected for short-range communication systems to meet consumers’ needs for...
Predicting and improving Radio propagation conditions has been a major topic of research since wirel...
International audienceWireless communication systems had an enormous growth in the last decade: GSM,...
This paper deals with a new approach to the control of the propagation environment in indoor scenari...
This thesis investigates the impact of the use of Frequency Selective Surfaces (FSS) when applied to...
Modern houses use energy efficient building materials like metal shielding and energy saving windows...
The electromagnetic smog in which we live today is nowadays a real issue because it limits the use o...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
This thesis investigates the use of a variety of passive frequency selective surfaces for specular s...
The use of Wi-Fi networks to access the information on the internet has seen a phenomenal increase i...
Modern houses use energy efficient building materials like metal shielding and energy saving windows...
This paper reports some of the findings in a project done at Al-Ahliyya Amman University in Jordan. ...
Frequency selective wallpaper for reducing interference while increasing the MIMO capacity in indoor...
This paper proposes the deployment of frequency selective surfaces (FSS) in indoor wireless environm...
This thesis reports the methods, the deployment strategies and the resulting system performance impr...
The 60 GHz band has been selected for short-range communication systems to meet consumers’ needs for...
Predicting and improving Radio propagation conditions has been a major topic of research since wirel...
International audienceWireless communication systems had an enormous growth in the last decade: GSM,...
This paper deals with a new approach to the control of the propagation environment in indoor scenari...
This thesis investigates the impact of the use of Frequency Selective Surfaces (FSS) when applied to...
Modern houses use energy efficient building materials like metal shielding and energy saving windows...
The electromagnetic smog in which we live today is nowadays a real issue because it limits the use o...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
This thesis investigates the use of a variety of passive frequency selective surfaces for specular s...
The use of Wi-Fi networks to access the information on the internet has seen a phenomenal increase i...
Modern houses use energy efficient building materials like metal shielding and energy saving windows...