go to untn.it e prints home
switch to italian version go to untn.it e prints home about browse search register user area help
go to Università di Trento
titles, abstracts, keywords >>>

A Case Study in Performance Estimation and Analysis for SDR: UMTS Data-Link Layer

Simalatsar, Alena and Passerone, Roberto (2007) A Case Study in Performance Estimation and Analysis for SDR: UMTS Data-Link Layer. Technical Report DIT-07-057, Ingegneria e Scienza dell'Informazione, University of Trento.

Full text available as:
PDF - Requires Adobe Acrobat Reader or other PDF viewer.

Abstract

The evolution of technology in the wireless industry has brought a proliferation of different communication protocols and standards. To support a wider range of services and to sustain technical innovation, protocol interoperability is essential. Software Defined Radio (SDR) is emerging as a key integration technology in this area. Defining the appropriate system architecture for SDR is, however, complex, and requires extensive analysis and performance evaluation. In this paper, we consider UMTS as a case-study of a mobile standard that utilizes several high-layer protocols to enable multiple services delivery for mobile users. We develop a SystemC functional model for a subset of the Data Link Layer for UMTS, and analyze its performance as software running on several architectures. The results are a first step in understanding the system requirements to combine UMTS with other wireless communication protocols, such as WiFi and WiMax.

Keywords:Performance estimation, co-design, UMTS, architecture exploration, simulation, SystemC, mapping
Subjects:T Technology: TK Electrical engineering. Electronics Nuclear engineering: TK7885 Computer Engineering
T Technology: TK Electrical engineering. Electronics Nuclear engineering: TK5105.5 Computer Networks
T Technology: TK Electrical engineering. Electronics Nuclear engineering
ID Code:1256
Deposited By:Passerone, Roberto
Deposited On:07 September 2007

Contact the site administrator at : eprints@biblio.unitn.it