Cross-layer Optimization in the Next-generation Broadband Satellite Systems
Melhus, I, Fan, L, Arnal, F, Baudoin, C, Nivor, F, Gayraud, T, Berthout, P, Fairhurst, G, Fiaschetti, A, Pietrabissa, A, Pimpinella, L, Lei, L, Cruickshank, HS and Sun, Z (2008) Cross-layer Optimization in the Next-generation Broadband Satellite Systems In: 26th AIAA International Communications Satellite Systems Conference (ICSSC) (2008), 2008-06-10 - 2008-06-12, San Diego, CA.
Cross-layer Optimization in the Next-generation Broadband Satellite Systems.pdf
Available under License : See the attached licence file.
Next-generation broadband satellite systems will have the capability to provide cost-effective universal broadband access for the users. In order to meet users’ requirements on high quality multimedia services, many enhancements have to be made on the existing satellite technologies. One of the promising methods is the introduction of cross-layer design. There are several advantages of a layered approach since modularity, robustness and ease of designs are achieved without difficulty. However the properties of the different layers have substantial interdependencies and a modularised design may therefore be suboptimal with regards to performance and availability in a hybrid satellite and mobile wireless environment. In this paper, we will carry out a review of the cross-layer design in satellite systems. Based on this, a cross-layer architecture for the next-generation broadband satellite system is proposed. The proposed cross-layer architecture has two main components: QoS and resource management and mobility management. In each component, the cross-layer techniques that have been used are described in details.
|Item Type:||Conference or Workshop Item (Conference Paper)|
|Divisions :||Faculty of Engineering and Physical Sciences > Electronic Engineering > Centre for Communication Systems Research|
|Date :||10 June 2008|
|Identification Number :||https://doi.org/10.2514/6.2008-5522|
|Additional Information :||Authors of journal articles and meeting papers published by AIAA may post their articles and papers on their private websites and deposit them in their institutional repositories, so long as access to the website is free of charge. In no circumstance shall any charge be made for access to the posted article or paper. Posting to an institutional repository is limited to those to which the author has a direct relationship (e.g., academic department repository, university repository, corporate intranet, agency repository, laboratory website, funding sources, or similar) including those that have deposit mandates. The articles and papers posted must be either the submitted (or electronic pre-print) version of a conference paper or the final accepted version (revised to incorporate review recommendations) of an AIAA journal paper. Authors may no longer post the final published version of AIAA journal articles published after 1 July 2012 (which would include the results of copy-editing, proof-reading, and formatting performed by AIAA). Authors are required to include the appropriate copyright notice on their posted paper or article. Upon publication, authors must ensure that the posted paper or article includes either 1) the full citation to the AIAA work with its Digital Object Identifier (DOI) or 2) links to the work in the AIAA electronic library.|
|Depositing User :||Symplectic Elements|
|Date Deposited :||30 Apr 2013 13:42|
|Last Modified :||23 Sep 2013 19:54|
Actions (login required)
Downloads per month over past year