This paper considers the theoretical spectral efficiency limits of various adaptive transmission schemes in mobile wireless radio channels with Nakagami multipath fading, log-normal shadowing, and composite multipath/shadowing. It complements and extends previous studies on channel capacity of wireless radio channels which were mainly focused on multipath fading. The numerical results suggest that the shadowing, rather than multipath fading, significantly reduces link spectral efficiencies
Wireless channels are commonly affected by short-term fading and long-term fading (shadowing). The s...
Multipath fading is a very common phenomenon in signal transmission over wireless channels. When a s...
The realistic wireless channels face combined (time shared) Nakagami-lognormal shadowing and unshado...
This paper considers the theoretical spectral efficiency limits of various adaptive transmission sch...
Demand for mobile and personal communications is growing at a rapid pace, both in terms of the numbe...
This paper considers theoretical link spectral efficiency limits of multi-antenna channels with comp...
Article from the journal: Wireless Personal Communications The original publication is available ...
The present dissertation consists of a collection of six papers preceded by an introduction. The pa...
To improve the robustness and reliability of wireless transmissions, two complementary link adaptati...
Abstract—Spectral efficiency is one of primary concern in the design of any wireless data communicat...
It is well known that link adaptation techniques, when designed to track the channel variations, yie...
This book offers a comprehensive overview of fading and shadowing in wireless channels. A number of ...
The explosive expansion of wireless communications and people’s growing need for information exchan...
This document is made available in accordance with publisher policies. Please cite only the publishe...
In future packet based wireless communication systems, transmission in the downlink will often domin...
Wireless channels are commonly affected by short-term fading and long-term fading (shadowing). The s...
Multipath fading is a very common phenomenon in signal transmission over wireless channels. When a s...
The realistic wireless channels face combined (time shared) Nakagami-lognormal shadowing and unshado...
This paper considers the theoretical spectral efficiency limits of various adaptive transmission sch...
Demand for mobile and personal communications is growing at a rapid pace, both in terms of the numbe...
This paper considers theoretical link spectral efficiency limits of multi-antenna channels with comp...
Article from the journal: Wireless Personal Communications The original publication is available ...
The present dissertation consists of a collection of six papers preceded by an introduction. The pa...
To improve the robustness and reliability of wireless transmissions, two complementary link adaptati...
Abstract—Spectral efficiency is one of primary concern in the design of any wireless data communicat...
It is well known that link adaptation techniques, when designed to track the channel variations, yie...
This book offers a comprehensive overview of fading and shadowing in wireless channels. A number of ...
The explosive expansion of wireless communications and people’s growing need for information exchan...
This document is made available in accordance with publisher policies. Please cite only the publishe...
In future packet based wireless communication systems, transmission in the downlink will often domin...
Wireless channels are commonly affected by short-term fading and long-term fading (shadowing). The s...
Multipath fading is a very common phenomenon in signal transmission over wireless channels. When a s...
The realistic wireless channels face combined (time shared) Nakagami-lognormal shadowing and unshado...