2004
DOI: 10.1504/ijss.2004.005700
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Demonstrating the feasibility of standardised application programme interfaces that will allow mobile/portable terminals to receive services combining UMTS and DVB-T

Abstract: Crucial to the commercial exploitation of any service combining UMTS and DVB-T is the availability of standardized API's adapted to the hybrid UMTS and DVB-T network and to the technical limitations of mobile/portable terminals. This paper describes work carried out in the European Commission Framework Program 5 (FP5) project CONFLUENT to demonstrate the feasibility of such Application Program Interfaces (API's) by enabling the reception of a Multimedia Home Platform (MHP) based application transmitted over DV… Show more

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Cited by 5 publications
(3 citation statements)
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“…Meanwhile, the storage manager system is responsible for storing, retrieving, and organising input content from the object carousel, private sections (broadcast channel), and IP content (DSL, GPRS) via the broadband channel as well as transcoded content from the content adaptation engine. The storage manager provides the access control with functions to trigger and extract content from the delivery channels, that is, DVB broadcast channel and IP broadband channel [4][5][6][7]. These functions include the following: (i) DSMCC object carousel, DVB PES, and DVB private sections downloading from the DVB transport stream, (ii) IP extraction within multiprotocol encapsulation (private sections) (iii) IP extraction from the broadband channel.…”
Section: Distributed Storage Managermentioning
confidence: 99%
“…Meanwhile, the storage manager system is responsible for storing, retrieving, and organising input content from the object carousel, private sections (broadcast channel), and IP content (DSL, GPRS) via the broadband channel as well as transcoded content from the content adaptation engine. The storage manager provides the access control with functions to trigger and extract content from the delivery channels, that is, DVB broadcast channel and IP broadband channel [4][5][6][7]. These functions include the following: (i) DSMCC object carousel, DVB PES, and DVB private sections downloading from the DVB transport stream, (ii) IP extraction within multiprotocol encapsulation (private sections) (iii) IP extraction from the broadband channel.…”
Section: Distributed Storage Managermentioning
confidence: 99%
“…However, classical DVB technologies such as DVB-Terrestrial (DVB-T), DVB-Satellite (DVB-S), or High Definition TV (HDTV) (DVB, 2005;Benson and Fink, 1991), do not allow for efficient delivery of services to users on the move and in general are not capable of providing advanced interactive services to such users due to the power consumption characteristics of the terminals and the difficulty of integrating a return channel (Centonza et al, 2006;Cosmas et al, 2004). Indeed, the only successful type of interactive service deployment achieved in the past via DVB technologies was performed on in-car terminals with very high power consumption and therefore limited portability (Heidkamp et al, 2004;Tönjes et al, 2002). Moreover, the fact that classical DVB services are designed to be delivered on dedicated networks using MPEG2 transport stream format (DVB, 2005) constitutes an obstacle to the "all-IP" merging of existing and future technologies in a real convergent framework.…”
Section: Introductionmentioning
confidence: 99%
“…1,2004), as a 'one-to-many' broadcast system targeting PDAs, mobile phones and laptop computers, is now being rolled-out. DVB-T (Heidkamp et al, 2004) is not suitable for handheld devices partly because it would drain the batteries of a handheld terminal too fast for an effective use (ETSI, EN 300 744, 2004). DVB-H is designed to overcome this limitation and offers a new outlet for content providers.…”
Section: Introductionmentioning
confidence: 99%