A frequency reuse scheme is proposed in this paper for multi-beam satellite system to improve spectral efficiency as well as system capacity. Firstly, in order to reuse same channel among beams, Tomlinson-Harashima precoding (THP) is introduced to pre-cancel downlink interference of users from different beams. Secondly, a resource scheduling algorithm is proposed to jointly work with THP. Finally, simulations are executed to validate the proposed scheme, which suggest that compared to traditional frequency reuse scheme, the proposed frequency reuse scheme can successfully eliminate co-channel interference with a high spectral efficiency. ? (2014) Trans Tech Publications, Switzerland.EI
The adoption of aggressive frequency reuse schemes along with interference management techniques has...
We study the applicability of soft interference cancellation in the forward link of multibeam satell...
We propose a framework, based on the combined use of single- and multiuser detection, to jointly opt...
Abstract—A resource scheduling scheme which is based on interference pre-cancellation is proposed in...
Multibeam satellite systems have been recently studied in order to provide broadband services to the...
This paper investigates a novel technique to deal with the interference in the forward link of multi...
peer reviewedWhenever multibeam satellite systems target very aggressive frequency reuse in their co...
Whenever multibeam satellite systems target very aggressive frequency reuse in their coverage area, ...
This paper investigates how to boost the forward link capacity in multibeam satellite systems. Since...
Multibeam satellite systems have been recently studied in order to provide broadband services to the...
This paper presents a short review on the main high spectral efficient systems for multibeam satelli...
International audienceThe return link of broadband satellite systems has recently received more atte...
This paper introduces the notion of beam-free satellite systems and it investigates different schedu...
The key technology in the next generation high throughput broadband satellite communications has yet...
In this paper, we propose a framework, based on the combined use of single- and multiuser detection,...
The adoption of aggressive frequency reuse schemes along with interference management techniques has...
We study the applicability of soft interference cancellation in the forward link of multibeam satell...
We propose a framework, based on the combined use of single- and multiuser detection, to jointly opt...
Abstract—A resource scheduling scheme which is based on interference pre-cancellation is proposed in...
Multibeam satellite systems have been recently studied in order to provide broadband services to the...
This paper investigates a novel technique to deal with the interference in the forward link of multi...
peer reviewedWhenever multibeam satellite systems target very aggressive frequency reuse in their co...
Whenever multibeam satellite systems target very aggressive frequency reuse in their coverage area, ...
This paper investigates how to boost the forward link capacity in multibeam satellite systems. Since...
Multibeam satellite systems have been recently studied in order to provide broadband services to the...
This paper presents a short review on the main high spectral efficient systems for multibeam satelli...
International audienceThe return link of broadband satellite systems has recently received more atte...
This paper introduces the notion of beam-free satellite systems and it investigates different schedu...
The key technology in the next generation high throughput broadband satellite communications has yet...
In this paper, we propose a framework, based on the combined use of single- and multiuser detection,...
The adoption of aggressive frequency reuse schemes along with interference management techniques has...
We study the applicability of soft interference cancellation in the forward link of multibeam satell...
We propose a framework, based on the combined use of single- and multiuser detection, to jointly opt...