Handover in DVB-H: Investigations and Analysis
“European industry has already developed successful standards in the past, and I am very confident that on the basis of DVB-H, Mobile TV services can develop the economies of scale they need for take-up across Europe and around the world,” With these words of EU’s Telecom Commissioner Viviane Reding, DVB-H is destined to be a dominating mobile TV technology in Europe and even in the world. I was first getting in touch with the DVB technology when I was doing my PhD research in Brunel University in UK in 2002. At that time DVB-T was already a mature and widely used digital broadcast technology and anyone could easily buy a DVB-T receiver in the market to try the digital broadcast signals that have been already broadcasted in UK since 1998. Then the DVB technology world changed dramatically. As a more flexible and robust terr- trial broadcast system targeting handsets, DVB-H was developed based on DVB-T. In 2003 the DVB-H community were continuously working to—n- ize the standard. Finally in November 2004 DVB-H was adopted as an ETSI standard EN 302 304. I was lucky to see all these changes when I was doing my PhD research in DVB technology. And I was very proud to be involved in the different DVB-H research projects since the beginning of the DVB-H standard development stage. I was also lucky enough that I am one of the first persons who—nished PhD degree by focusing on DVB-H research.
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Handover in DVB-H: Investigations and Analysis
“European industry has already developed successful standards in the past, and I am very confident that on the basis of DVB-H, Mobile TV services can develop the economies of scale they need for take-up across Europe and around the world,” With these words of EU’s Telecom Commissioner Viviane Reding, DVB-H is destined to be a dominating mobile TV technology in Europe and even in the world. I was first getting in touch with the DVB technology when I was doing my PhD research in Brunel University in UK in 2002. At that time DVB-T was already a mature and widely used digital broadcast technology and anyone could easily buy a DVB-T receiver in the market to try the digital broadcast signals that have been already broadcasted in UK since 1998. Then the DVB technology world changed dramatically. As a more flexible and robust terr- trial broadcast system targeting handsets, DVB-H was developed based on DVB-T. In 2003 the DVB-H community were continuously working to—n- ize the standard. Finally in November 2004 DVB-H was adopted as an ETSI standard EN 302 304. I was lucky to see all these changes when I was doing my PhD research in DVB technology. And I was very proud to be involved in the different DVB-H research projects since the beginning of the DVB-H standard development stage. I was also lucky enough that I am one of the first persons who—nished PhD degree by focusing on DVB-H research.
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Handover in DVB-H: Investigations and Analysis

Handover in DVB-H: Investigations and Analysis

by Xiaodong Yang
Handover in DVB-H: Investigations and Analysis

Handover in DVB-H: Investigations and Analysis

by Xiaodong Yang

Hardcover(2008)

$109.99 
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Overview

“European industry has already developed successful standards in the past, and I am very confident that on the basis of DVB-H, Mobile TV services can develop the economies of scale they need for take-up across Europe and around the world,” With these words of EU’s Telecom Commissioner Viviane Reding, DVB-H is destined to be a dominating mobile TV technology in Europe and even in the world. I was first getting in touch with the DVB technology when I was doing my PhD research in Brunel University in UK in 2002. At that time DVB-T was already a mature and widely used digital broadcast technology and anyone could easily buy a DVB-T receiver in the market to try the digital broadcast signals that have been already broadcasted in UK since 1998. Then the DVB technology world changed dramatically. As a more flexible and robust terr- trial broadcast system targeting handsets, DVB-H was developed based on DVB-T. In 2003 the DVB-H community were continuously working to—n- ize the standard. Finally in November 2004 DVB-H was adopted as an ETSI standard EN 302 304. I was lucky to see all these changes when I was doing my PhD research in DVB technology. And I was very proud to be involved in the different DVB-H research projects since the beginning of the DVB-H standard development stage. I was also lucky enough that I am one of the first persons who—nished PhD degree by focusing on DVB-H research.

Product Details

ISBN-13: 9783540786290
Publisher: Springer Berlin Heidelberg
Publication date: 04/29/2008
Series: Signals and Communication Technology
Edition description: 2008
Pages: 168
Product dimensions: 6.10(w) x 9.25(h) x 0.02(d)

Table of Contents

Motivation and Approaches.- Survey of Handover Research in DVB-H.- DVB-H Signalling Information.- Electronic Service Guide.- Handover Algorithm for a Dedicated DVB-H Network.- Post Processing of SNR Based Handover.- Repeater Aided Soft Handover.- Repeater Aided Soft Handover Probability.- Handover Algorithm for Converged Networks.- Handover Algorithm for Hybrid Broadcast Networks.- Conclusions and Future Work.
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