Reducing the Mobile IP Binding Updates and the Packet Loss for the Repetitive IP Stations during a Short Period of Time

Sarddar, Debabrata; Das, Soumya; Ganguly, Dipsikha; Sikder, Suman Kumar; Chakraborty, Subhendu; Hui, Kunal; Bandyopadhyay, Shabnam; Das, Kalyan Kumar; Naskar, Mrinal Kanti

doi:10.5120/5666-7700

IJCA

2012

DOI: 10.5120/5666-7700

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Reducing the Mobile IP Binding Updates and the Packet Loss for the Repetitive IP Stations during a Short Period of Time

Debabrata Sarddar¹,

Soumya Das²,

Dipsikha Ganguly³

et al.

Abstract: LEO satellites have important advantages over geostationary satellite such as low power requirements, low propagation delay and more efficient spectrum delay. But, the handover management in LEO satellite becomes challenging for supporting global mobile communication. Here we propose a new method of introducing a location manager which will store the previous ip s depending on users choice and comparing the new ip address with the stored one and taking the decision whether to register or not. This method also … Show more

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Cited by 2 publications

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A New Channel Borrowing Database Algorithm in Multimedia LEO Satellite Communications

Sarddar¹,

Das²,

Ganguly³

et al. 2012

IJCA

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LEO satellite networks are going to play an indispensable role in the development of ubiquitous broadband multimedia systems because of their some attracting characteristics such as low power dissipation, low propagation delay and more efficient spectrum allocation due to frequency reuse between satellites and spotbeams. So they are considered to be the replacement of terrestrial wireless networks. But as the speed of LEO satellites is high relative to the terrestrial mobile networks which moves at lower speed but at more random directions. As a result the number of handover occurrence is very frequent in LEO networks. To overcome these problems a suitable bandwidth allocation strategy along with connection admission control technique must have to be followed. Scientists have proposed many strategies but none can fulfil all the requirements. Here we have proposed a new channel borrowing database algorithm for the channel borrowing strategy. Simulation results shows that our proposed method has less call dropping probability and a better fairness index.

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A New Channel Borrowing Database Algorithm in Multimedia LEO Satellite Communications

Sarddar¹,

Das²,

Ganguly³

et al. 2012

IJCA

Self Cite

View full text Add to dashboard Cite

show abstract

An Optimum Cost Handover Algorithm for LEO Satellites

Sarddar¹,

Das²,

Ganguly³

et al. 2012

IJCA

Self Cite

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Low Earth Orbit (LEO) satellite networks are foreseen to complement terrestrial networks in future communication. LEO satellites have important advantages such that low endto-end delay and power requirement and more efficient frequency spectrum allocation due to frequency reuse between satellite and spot beams. But the speed of LEO satellites is much higher than mobile nodes. As a result the handover occurrence is more. Handover may degrade system performance depending upon techniques employed by the satellite systems. So an appropriate handover scheme must be devised to increase system performance. This paper introduces a new handover algorithm which optimizes between the cost of handover and quality of service (QOS) parameters. Also it decreases handover delay. Simulations indicates that this algorithm is better than current algorithms in shorten transmission delay and minimizing handover cost.

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Reducing the Mobile IP Binding Updates and the Packet Loss for the Repetitive IP Stations during a Short Period of Time

Cited by 2 publications

References 13 publications

A New Channel Borrowing Database Algorithm in Multimedia LEO Satellite Communications

A New Channel Borrowing Database Algorithm in Multimedia LEO Satellite Communications

An Optimum Cost Handover Algorithm for LEO Satellites

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