DVB-H
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Course title DVB-H
 
Course description The course specifies the transmission system using ETSI Digital Video Broadcasting Standards to provide an efficient way of bringing broadcast services over digital terrestrial broadcasting networks to handheld devices (DVB-H). It follows ETSI standards and explains functionalities and parameters implemented in order to deliver DVB-H compliant services.
 
Who would benefit Those working in the area and require an understanding of the DVB-H technology, its structure and elements. Suitable for engineers and R&D managers.
 
Prerequisites Basic experience of mobile networks is an advantage but not compulsory.
 
Length 2 days
 
Course content
  • DVB-H Introduction
  • IPDC over DVB-H Introduction
  • DVB-T
  • DVB-H System
  • Time slicing
  • MPE-FEC
  • DVB-T/H Radio Network
  • IPDC Service Example
  • Link Layer
  • Transport Layer
  • Session Layer
  • Presentation and Application layer
  • Network architecture
 
Detailed course program DVB-H Introduction
  • Comparison DVB-T and DVB-H
  • DVB-H standard among others

IPDC over DVB-H Introduction
  • High level IPDC architecture
  • Value chain for content services
  • DVB-H protocol stack

DVB-T
  • Frame structure
  • Channel coding and interleaving
  • Transmission parameter signalling
  • Modulation
DVB-H System
  • Time slicing
  • MPE-FEC
  • Transmission modes
  • DVB-H transmission parameter signalling
Time slicing
  • Time slicing principle
  • Burst duration, off-time, synchronisation time
  • Power saving

MPE-FEC
  • MPE-FEC principle and definitions
  • Reed-Solomon coding
  • MPE sections and FEC sections
DVB-T/H Radio Network
  • Cell coverage and receiver speed possibilities
  • Guard interval and OFDM symbol duration
  • Frequency planning
IPDC Service Example
  • Service scenarios
  • From content source to air interface
  • Services and capacity
  • Interaction channel
Link Layer
  • Requirements on IPDC technology
  • Main PSI/SI Tables for IPDC DVB-H
  • Electronic Service Guide (ESG)
  • Services and information on transport stream
Transport Layer
  • Real time delivery and file transfer
  • Uni-directional protocol
  • IP protocol
Session Layer
  • Service announcement
  • Access control options
  • Payment principle
Presentation and Application layer
  • Examples of codecs and formats
  • User example
  • Evaluation of IPDC requirements
Network architecture
  • Value chain and functions
  • Possible network constellation
  • Traffic case “Service access”