Restoration of IP-datagrams in The DVB-H Link-layer for TV on Mobile

Koppelaar, Arie; Eerenberg, O.; Tolhuizen, Ludo; Aue, V.

doi:10.1109/icce.2006.1598484

“…Therefore, it is advantageous to operate at TS packet level instead of the section level. In literature, several publications [21,30,31,33] support the concept of TS level de-encapsulation. The following facts explain why TS-level IP de-encapsulation has to be preferred over section-level IP de-encapsulation.…”

Section: Reconstructing the Mpe-fec Frame Under Erroneous Conditionsmentioning

confidence: 99%

DVB-H Link Layer

Eerenberg

¹

,

Koppelaar

²

2009

Mobile Multimedia Broadcasting Standards

0

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“…The generator must be able to create error-free or error-prone IPv4 or IPv6 traffic, with uniform or nonuniform destination addresses [5].…”

Section: System Aspects Of Dvb-h Link Layer Stream Generator and mentioning

confidence: 99%

Efficient Validation/Verification of a Robust DVB-H Link Layer

Eerenberg¹,

Wendrich²,

Orsouw³

et al. 2007

2007 Digest of Technical Papers International Conference on Consumer Electronics

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Abstract-Currently, various semiconductor manufacturers develop silicon solutions for DVB-H receivers. One of the key functions in a DVB-H receiver is the link layer. In order to differentiate, manufacturers can choose between basic or advanced link-layer implementation concepts, resulting in modest or excellent performance. This paper presents the required validation and verification tools for evaluating the DVB-H link-layer robustness, capable of generating and analyzing extreme signal conditions. Furthermore, we also discuss an advanced analysis tool required to inspect the output IP-based data, Service Information and Program Specific Information of the link layer. The earlier simulation results for improved link-layer performance presented by the tools are validated from a newly developed silicon implementation.

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“…The received IPdatagrams and Reed-Solomon parity data are stored in an MPE-FEC frame, onto which FEC decoding is applied. To improve the Quality-of-Service (QoS) performance of the basic implementation, advanced DVB-H link-layer concepts [4] [5] have been applied. Fig.…”

Section: Introductionmentioning

confidence: 99%

Efficient validation/verification of a robust DVB-H link layer

Eerenberg¹,

Wendrich²,

Orsouw³

2011

IEEE Trans. Consumer Electron.

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Abstract-Currently, various semiconductor manufacturers develop silicon solutions for DVB-H receivers. One of the key functions in a DVB-H receiver is the link layer. In order to differentiate, manufacturers can choose between basic or advanced link-layer implementation concepts, resulting in modest or excellent performance. This paper presents the required validation and verification tools for evaluating the DVB-H link-layer robustness, capable of generating and analyzing extreme signal conditions. Furthermore, we also discuss an advanced analysis tool required to inspect the output IP-based data, Service Information and Program Specific Information of the link layer. The earlier simulation results for improved link-layer performance presented by the tools are validated from a newly developed silicon implementation.

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Restoration of IP-datagrams in The DVB-H Link-layer for TV on Mobile

Cited by 6 publications

References 0 publications

DVB-H Link Layer

DVB-H Link Layer

Efficient Validation/Verification of a Robust DVB-H Link Layer

Efficient validation/verification of a robust DVB-H link layer

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