SEEHOC: scalable and robust end-to-end header compression techniques for wireless ad hoc networks

Kaddoura, Maher; Schneider, Steven

doi:10.1109/glocomw.2004.1417563

Cited by 2 publications

(2 citation statements)

References 6 publications

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“…Results show that the second approach is more effective in terms of bandwidth savings than first approach. [19] Highlights a header compression algorithm that works end to end rather than node to node. No header compression algorithm support end-to-end compression for multimedia flows over ad hoc wireless networks.…”

Section: Related Workmentioning

confidence: 99%

Network Optimization of Ipv6 Networks Using Tunnel Header Compression

Chauhan¹,

Sharma²,

Azad³

2015

IJRET

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IPv6 is the successor internet protocol which will eventually replace IPv4. These two protocols are not compatible with each other and it will take time to migrate towards IPv6, until then both the protocols need to coexist for a long time. The main overhead involved with both the protocols is header length of 20 bytes in case of IPv4 and of 40 bytes in case of IPv6. This overhead will affect the network performance specially over tunneling mechanism where one header is encapsulated inside another. Tunneling is widely deployed over the network for various purposes like network security, mobility and transition mechanism. Header compression can be applied to compress the excess protocol headers to improve the performance of network. In this paper we want to use header compression in context of 6 to 4 tunneling transition. Using header compression over 6 to 4 tunnels would result in better response times reduced packet size and reduced packet losses. We want to simulate this algorithm using EXata Cyber 1.1 simulator.

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Section: Related Workmentioning

confidence: 99%

Network Optimization of Ipv6 Networks Using Tunnel Header Compression

Chauhan¹,

Sharma²,

Azad³

2015

IJRET

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“…The reduction of this overhead is addressed in end-to-end approaches, such as SEEHOC [15]. Each connection is assigned a unique connection identifier, which is composed of the MAC addresses of both sender and receiver.…”

Section: Related Workmentioning

confidence: 99%

SFHC.KOM: Stateful header compression for wireless sensor networks

Reinhardt

Parag

Koenig

et al. 2010

IEEE Local Computer Network Conference

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Nodes in wireless sensor networks are generally confined in the energy budget available for their operation, hence energy-aware application design is mandatory to achieve long node lifetimes. Radio transmissions represent an inherent, but energetically costly characteristic of sensor networking. Significant reductions in the overall energy consumption can thus be achieved by reducing both the number of packet transmissions as well as the corresponding packet lengths. Data compression is a viable approach to conserve energy by increasing the information density within packets and thus transmitting shorter packets on the radio. We investigate the compression of packet headers in wireless sensor networks in this paper. Inspired by technologies used in the Internet and characteristics stemming from existing sensor network deployments, we propose a novel scheme for stateful header compression. Our scheme is specifically designed to consider both static and mobile leaf nodes, and can thus be applied in a majority of sensor network deployments. We analyze our scheme in different settings and show that its application leads to reductions of the required transmission energy and thus extended node lifetimes.

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SEEHOC: scalable and robust end-to-end header compression techniques for wireless ad hoc networks

Cited by 2 publications

References 6 publications

Network Optimization of Ipv6 Networks Using Tunnel Header Compression

Network Optimization of Ipv6 Networks Using Tunnel Header Compression

SFHC.KOM: Stateful header compression for wireless sensor networks

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