Robust Header Compression Over Long Delay Links

Rawat, Priyanka; Bonnin, Jean-Marie; Toutain, Laurent; Choi, Yanghee

doi:10.1109/vetecs.2008.478

Cited by 6 publications

(3 citation statements)

References 10 publications

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“…This functions by observing and then removing redundant header fields from packets belonging to a flow at ingress and restoring these at the egress of the network segment. Methods are designed to be robust to loss 17 12 . While both the TCP and IP headers are compressible, a compressor observing a QUIC flow can only reduce the size of the IP and UDP headers.…”

Section: Motivationmentioning

confidence: 99%

Reducing the acknowledgement frequency in IETF QUIC

Custura

Jones

Secchi

et al. 2022

Satell Commun Network

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Satellite networks usually use in-network methods (such as Performance Enhancing Proxies for TCP) to adapt the transport to the characteristics of the forward and return paths. QUIC is a transport protocol that prevents the use of in-network methods. This paper explores the use of the recently-standardised IETF QUIC protocol with a focus on the implications on performance when using different acknowledgement policies to reduce the number of packets and volume of bytes sent on the return path. Our analysis evaluates a set of ACK policies for three IETF QUIC implementations, examining performance over cellular, terrestrial and satellite networks. It shows that QUIC performance can be maintained even when sending fewer acknowledgements, and recommends a new QUIC acknowledgement policy that adapts QUIC's ACK Delay value based on the path RTT to ensure timely feedback.The resulting policy is shown to reduce the volume/rate of traffic sent on the return path and associated processing costs in endpoints, without sacrificing throughput.

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Section: Motivationmentioning

confidence: 99%

Reducing the acknowledgement frequency in IETF QUIC

Custura

Jones

Secchi

et al. 2022

Satell Commun Network

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“…In 2010 Jean-Marie presented the design and implementation of tunneling header compression protocol (TuCP) to reduce overhead due to tunnels and for efficient use of IP tunneling mechanisms in wireless networks [19]. The TuCP protocol behavior is analyzed by studying the implementation parameters and their configuration.…”

Section: Threats Where the Tunnels Between Home Agent Andmentioning

confidence: 99%

Comparative analysis of security mechanism of mobile IPv6 threats against binding update, Route Optimization and Tunneling

Barbudhe¹,

Barbudhe²,

Dhawale

2014

2014 IEEE 6th International Conference on Adaptive Science &Amp; Technology (ICAST)

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Mobile IPv6 is a very important part in the mobile computing for global Internet. However, there are some security threats in the current mobile IPv6 such as threats against binding update, Route Optimization and Tunneling. Therefore, strong security mechanism is required to provide authentication as well as address verification with better handover latency and efficient performance. This paper studies the security threats in the current mobile IPv6; meanwhile, summarize and analyze the existing Security Mechanism, infrastructures in the current mobile IPv6 and give the overview of this area.

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“…State of the art header compression techniques such as ROHC [9] reduces the size of header significantly but at an expense of computationally complex algorithms. These algorithms cannot be implemented in low power networks where efficient power utilization is the prime priority.…”

Section: Introductionmentioning

confidence: 99%

Power Efficient and Secure IPV6 Robust Header Compression Technique for Low Power Wireless Personal Area Networks

Khan¹,

Anwar²,

Arshad³

et al. 2013

IJCA

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A power efficient & secure ROHC scheme has been presented in this paper. This scheme is designed to work efficiently for IPV6 based low power wireless personal area networks. The proposed scheme first implements ROHC followed by a suitable encryption scheme. ROHC can greatly reduce the size without adding too much complexity to the system. This in result improves the data rate without costing too much power. IPV6 lowpans have a number of applications in military and emergency scenarios. Therefore providing high data rate with security is the prime requirement especially for military applications. For our design we have tested three different encryption schemes. DES gives the best power efficiency as compared to TDES but it is less secure and information can be cracked. TDES is three times computationally more expensive but gives more secure option. Kasumi gives a middle solution. A computer simulation for the whole system has been tested to verify the data rate & power efficiency. The result clearly suggest that proposed system gives a higher data rate with better security and power efficiency.

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Robust Header Compression Over Long Delay Links

Cited by 6 publications

References 10 publications

Reducing the acknowledgement frequency in IETF QUIC

Reducing the acknowledgement frequency in IETF QUIC

Comparative analysis of security mechanism of mobile IPv6 threats against binding update, Route Optimization and Tunneling

Power Efficient and Secure IPV6 Robust Header Compression Technique for Low Power Wireless Personal Area Networks

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